# Welcome to the DeCharge Documentation

Discover the DeCharge ecosystem, a decentralized EV charging network built for community ownership and global energy access.

This documentation provides a complete overview of how to participate in and contribute to the DeCharge network, a community-powered EV charging infrastructure built using Decentralized Physical Infrastructure (DePIN) principles. Whether you are a device owner, host, investor, operator, or ecosystem partner, this resource will guide you through every step of deployment, operation, and network participation.

Inside, you’ll find detailed sections on:

* Product models and technical specifications
* Deployment methods and installation guidelines
* Reward systems and earning mechanics
* Case studies, roadmap, and strategic positioning
* Community tools, support systems, and referral programs

Each section is designed to be clear, actionable, and aligned with live network operations. This documentation is your foundation for helping build and grow a decentralized, clean-energy charging network.

Let’s shape the future of electric mobility together.

## Jump right in

<table data-view="cards"><thead><tr><th></th><th></th><th data-hidden data-card-cover data-type="files"></th><th data-hidden></th><th data-hidden data-type="content-ref"></th><th data-hidden data-card-target data-type="content-ref"></th></tr></thead><tbody><tr><td><strong>Introduction to DeCharge</strong></td><td>Learn about us</td><td></td><td></td><td><a href="https://decharge.gitbook.io/decharge/overview/">https://decharge.gitbook.io/decharge/overview/</a></td><td><a href="/pages/Zvukm7MAGL6ooitMTmpY">/pages/Zvukm7MAGL6ooitMTmpY</a></td></tr><tr><td><strong>Devices &#x26; their functionality</strong></td><td>Know the DeCharge Devices</td><td></td><td></td><td><a href="https://decharge.gitbook.io/decharge/products-and-use-cases/">https://decharge.gitbook.io/decharge/products-and-use-cases/</a></td><td><a href="/pages/eWP5KTAUKePiGUT4CmlB">/pages/eWP5KTAUKePiGUT4CmlB</a></td></tr><tr><td><strong>Network &#x26; Technology</strong></td><td>Learn the architecture of DeCharge</td><td></td><td></td><td></td><td><a href="/pages/ogYiObAmt50n5eUHhnKG">/pages/ogYiObAmt50n5eUHhnKG</a></td></tr><tr><td><strong>Deployment &#x26; Operations</strong></td><td>To know about the types of deployment</td><td></td><td></td><td></td><td><a href="/pages/zVVXBUXBsVrqhyaCqJ7S">/pages/zVVXBUXBsVrqhyaCqJ7S</a></td></tr><tr><td><strong>Leverage DeCharge</strong></td><td>See how suitable is DeCharge for you</td><td></td><td></td><td></td><td><a href="/pages/lgMvnUi8j8ih6ju2jx3w">/pages/lgMvnUi8j8ih6ju2jx3w</a></td></tr><tr><td><strong>Community &#x26; Governance</strong></td><td>Know about the community Guidelines</td><td></td><td></td><td></td><td><a href="/pages/EYAlH65Dydbo3xHlH88h">/pages/EYAlH65Dydbo3xHlH88h</a></td></tr><tr><td><strong>Growth &#x26; Roadmap</strong></td><td>Know the timeline and the plans for growth</td><td></td><td></td><td></td><td><a href="/pages/5F31rKu4VNCSo3JPB6DI">/pages/5F31rKu4VNCSo3JPB6DI</a></td></tr><tr><td><strong>FAQs</strong></td><td>Go through the FAQs for your quick answers</td><td></td><td></td><td></td><td><a href="/pages/1k4p3eTNZpsXywln245R">/pages/1k4p3eTNZpsXywln245R</a></td></tr></tbody></table>


# About DeCharge

DeCharge is a decentralized EV charging network turning homes, shops, and spaces into smart energy hubs owned by people, not corporations.

DeCharge is a decentralized, community-powered EV charging network that transforms everyday locations such as homes, shops, parking spaces, and commercial premises into intelligent, revenue-generating energy nodes.

Unlike legacy charging models that depend on large, centrally owned stations and government-led rollouts, DeCharge is built around distributed infrastructure ownership. It enables individuals, businesses, and communities to participate directly in the buildout and monetization of real-world energy networks.

Each charger deployed becomes part of a global network, coordinated via secure, cloud-connected systems. This network evolves organically based on usage, demand, and incentives much like Wi-Fi or mobile towers, but applied to energy.

The result is a highly accessible, scalable, and resilient charging network that democratizes infrastructure ownership while accelerating EV adoption.

## Why Now?

The electric mobility transition is accelerating at an unprecedented pace. By 2028, there will be more than 60 million EVs on the road globally. But the charging infrastructure has not kept up.

Today, the charging experience is marked by:

* Long wait times and scarce availability
* Concentration in affluent zones
* Complex permitting and capex-heavy installation models
* Fragmented user access and limited monetization for hosts

DeCharge addresses these pain points through a new architecture designed for the future of energy and mobility.

## What Does DeCharge Offer?

* **Modular EV Charging Devices** that are easy to install, maintain, and upgrade.
* **Performance-Driven Rewards** based on real energy output and uptime.
* **Deployment Flexibility,** including delegated and self-installation models.
* **Transparent Monitoring and Analytics**, via cloud dashboards and APIs.
* **Scalable Coordination Layer** that supports thousands of distributed devices globally.
* **Location Intelligence and Demand Mapping** for optimal placement.
* **Real-Time, Non-Custodial Earnings**, enabling passive income for individuals and small teams.

Whether you're a passive income seeker, fleet operator, property manager, or early contributor to the DePIN (Decentralized Physical Infrastructure) ecosystem, DeCharge provides an on-ramp to ownership in the next great wave of physical internet infrastructure.

## Who Is DeCharge For?

* **Homeowners and landowners** who want to monetize unused power and space.
* **Retail and commercial real estate** seeking to increase footfall and provide value-added services.
* **DePIN participants and energy entrepreneurs** building decentralized infrastructure.
* **Investors and early adopters** looking for real-world assets with long-term utility.
* **Fleet operators and mobility service providers** who need reliable, localized EV charging access.

## A Global, Permissionless Energy Network

The DeCharge network isn’t just for cars. It is designed as the foundational layer of a broader shift in how electrons are distributed in the real world.

From electric scooters and drones to delivery bots and autonomous vehicles, the future mobility depends on dense, on-demand access to energy.

DeCharge is creating that network from the ground up. Every deployed charger adds utility not only for the host but also for the entire system.

Each new installation:

* Shortens the distance to the nearest charger
* Increases the utilization of nearby devices
* Reduces infrastructure gaps in underserved regions
* Contributes to real-time network growth, monitored transparently

## The Long-Term Vision

DeCharge’s long-term ambition is to build the foundation for a people-owned energy grid. As traditional infrastructure systems struggle to adapt, DeCharge provides an open, modular alternative, one that scales through community participation, not centralized control.

We are starting with EV chargers. But the mission extends to:

* Drone ports and automated fleet depots
* Solar-integrated microgrids
* Community battery systems
* Autonomous delivery infrastructure
* Last-mile logistics charging hubs

By enabling distributed ownership and transparent coordination, DeCharge is redefining how energy networks are deployed, owned, and monetized.

DeCharge extends decentralized participation beyond hardware deployment through **DePINFi Pools**, a framework for tokenized energy infrastructure. These pools allow community members to fund verified EV charging sites using stablecoins and earn yield based on real-world performance. It bridges physical infrastructure with programmable, transparent finance on Solana.


# Why DeCharge?

DeCharge solves EV charging gaps with a distributed, community-owned network that’s faster to deploy and open to everyone.

## **The Problem With Traditional Charging Infrastructure**

Today’s EV charging networks are modelled after the legacy systems of fuel stations: large, centralized, expensive to build, and often controlled by a few large corporations or government-led utilities. This model suffers from several limitations:

* **Slow deployment** due to permits, real estate negotiations, and high upfront costs.
* **Concentration in wealthy or urban areas**, leaving rural and Tier 2/3 regions underserved.
* **Monopolized ownership**, where revenue is retained by a single operator.
* **Minimal returns for landowners,** hosts, or the communities that actually use the infrastructure.
* **Underutilization and poor maintenance**, with many public chargers non-functional or poorly maintained.

This system does not scale fast enough to meet the exponential demand for EVs, let alone prepare for the energy needs of autonomous systems, delivery fleets, or micromobility.

## The DeCharge Alternative

DeCharge rethinks EV infrastructure from first principles.

We believe that charging should be as accessible as Wi-Fi: modular, decentralized, and owned by the people who need and use it most.

Instead of building a few large stations, we deploy **thousands of small, modular chargers** in the places where people actually live, work, and move.

Key principles of the DeCharge model:

* **Distributed Deployment**: Chargers are placed in local businesses, homes, and public spots, creating dense networks with minimal gaps.
* **Community Ownership**: Infrastructure isn’t owned by a single company; it's owned and funded by individuals, small investors, and operators.
* **Plug-and-Play Rollout**: Deployment doesn’t take months, in many cases, it takes days.
* **Autonomous Coordination**: Rewards, uptime, and performance are managed through a backend protocol that eliminates manual tracking or dependence on third parties.

This model not only decentralizes ownership, it unlocks a massive long-tail of deployment opportunities, allowing underutilized spaces across the globe to become part of the energy grid.

## Why Centralized Models Fail at Scale

| **Problem Area** | **Traditional Model**       | **DeCharge Model**               |
| ---------------- | --------------------------- | -------------------------------- |
| Ownership        | Corporate or state monopoly | Community and individual         |
| Deployment Speed | 3-6 months (avg)            | Days to a few weeks              |
| Cost             | High CapEx per site         | Modular, low-cost hardware       |
| Access           | Clustered in cities         | Wide, distributed network        |
| Monetization     | Centralized profits         | Shared, usage-based earnings     |
| Uptime           | Poor; no incentives         | Protocol-enforced with penalties |

DeCharge is built for scale - not in theory, but in real-world implementation across multiple regions, property types, and user personas.

## Empowering Everyone

DeCharge is built to be inclusive. Whether you're a shop owner, a tech enthusiast, or an individual with unused land or rooftop space, you can join the DeCharge network. You can:

* **Host a device** on your premises and earn from its usage
* **Fund a device to Participate passively**, with delegated deployment models managed by DeCharge in a high-demand zone and receive rewards
* **Operate** a cluster of chargers in your community or commercial zone

This open-access design lowers the barrier to entry and invites a broad base of stakeholders to contribute to, and benefit from the growth of energy infrastructure.

## The DeCharge Thesis

> Instead of waiting for a handful of companies to build the grid, what if we all could?

* Real-world infrastructure should be built by real people.
* Network value should be shared by those contributing to it.
* Every unit of infrastructure should be smart, connected, and self-accounting.
* EV charging should be reliable, distributed, and financially accessible.

By combining physical deployments with digital coordination, DeCharge offers a radically more scalable model for the energy transition.

## Designed for DePIN

DeCharge follows the DePIN (Decentralized Physical Infrastructure Network) playbook, but brings it to real-world, energy-intensive use cases.

Key features:

* Physical devices that perform measurable, verifiable work (kWh delivered)
* Performance-based rewards, not speculation
* Transparent uptime and health monitoring
* No reliance on tokens for participation or performance (rewards are based on actual usage and telemetry)

As a DePIN, DeCharge represents a model where real-world infrastructure can be collectively built and monetized, making energy access both a utility and an opportunity.


# What Makes DeCharge Different

Unlike traditional networks, DeCharge lets individuals own and earn from real energy infrastructure using modular, smart chargers.

## **A Ground-Up Rethink of EV Infrastructure**

Most EV charging companies treat infrastructure as a closed system, one they own, operate, and monetize exclusively. This leads to limited innovation, poor access in underserved areas, and minimal community involvement.

DeCharge takes a fundamentally different approach.

Instead of deploying from the top down, DeCharge empowers individuals and communities to participate in the infrastructure rollout. We enable you to **own, host, or fund** a real-world energy node, without needing to be an expert in hardware, energy markets, or installation.

This model is more scalable, inclusive, and efficient and that’s what sets us apart.

**On-Chain Infrastructure Finance:** Through DePINFi Pools, DeCharge introduces tokenized energy infrastructure where verified sites are fractionalized and financed by the community in stablecoins. This brings infrastructure ownership and yield directly on-chain, making the EV economy more inclusive.

## How DeCharge Redefines the Network

<table><thead><tr><th width="155.4000244140625">Area</th><th>Conventional Model</th><th>DeCharge Model</th></tr></thead><tbody><tr><td>Ownership</td><td>Corporations or government utilities</td><td>Individuals, communities, and DeCharge</td></tr><tr><td>Deployment</td><td>CapEx-heavy, centralized</td><td>Modular, distributed, and delegated</td></tr><tr><td>Access</td><td>Urban, commercial clusters</td><td>Urban + Tier 2/3 towns, rural nodes</td></tr><tr><td>Time to Go Live</td><td>3-6 months per site</td><td>5-21 days (average)</td></tr><tr><td>Revenue Flow</td><td>Aggregated, opaque</td><td>Session-based, real-time, transparent</td></tr><tr><td>Innovation</td><td>Top-down, contract-driven</td><td>Open, modular, incentive-aligned</td></tr><tr><td>Coverage Logic</td><td>Real estate-led</td><td>Demand map + geo-reward routing</td></tr></tbody></table>

This is not an evolution of legacy infra, it’s an entirely new paradigm, built for a decentralized world.

## The DeCharge Stack: Full Vertical Integration

Most charging companies rely on third-party hardware, software layers, or government integrations to function. This creates dependencies, delays, and fragmented user experiences.

DeCharge is vertically integrated across the full stack:

1. **Hardware** - Designed, certified, and manufactured by or for DeCharge (Mini, Beast, Titan Mini, Titan)
2. **Firmware** - Onboard secure metering and OTA updates across all devices
3. **Network Layer** - Real-time data transmission via Wi-Fi, 4G, or LAN through OCPP
4. **Backend Protocol** - Calculates performance metrics, manages rewards, handles provisioning
5. **Apps & Dashboards** - User-facing tools for hosts, operators, and contributors

This stack ensures interoperability, performance monitoring, real-time rewards logic, and future extensibility without relying on external infrastructure.

## Real-Time Rewards, Not Promises

Traditional energy networks distribute revenue weeks or months after usage. DeCharge works differently.

Chargers stream telemetry data every few seconds. Based on that data, rewards are calculated and tracked in real time. This includes:

* Uptime monitoring (by the second)
* kWh dispensed (per session)
* Location-based demand weighting
* Hardware health and diagnostics

This approach allows participants to **see their infrastructure work, understand why they’re earning**, and **troubleshoot issues before they escalate**.

> There’s no guesswork. No delay. And no hidden revenue logic.

## Geo-Aware, Protocol-Governed Deployment

The DeCharge network doesn’t grow randomly, it grows intelligently.

Using internal telemetry, external EV density data, and regional grid conditions, DeCharge continuously evaluates:

* Where demand is rising fastest
* Where infrastructure gaps exist
* Which regions are underserved
* What areas offer the best return on energy deployment

This is paired with a **geo-reward multiplier**, which increases incentives for deploying in priority zones. The result is a **self-balancing, self-scaling network** that grows with real-world EV needs, not just corporate interests.

## Hardware That Works Like Software

Most energy hardware is rigid, high-cost, and difficult to scale. Not DeCharge.

Our chargers are:

* **Modular** - Easy to install, upgrade, or relocate
* **Affordable** - Designed for community adoption
* **Connected** - Real-time health, OTA updates, usage logging

Every unit is more than just a plug. It’s an intelligent energy node with full support for diagnostics, firmware upgrades, and smart integrations.

This means even a small roadside shop or residential society can host an infrastructure-grade charger and know it's operating reliably.

## A Mission Beyond EVs

DeCharge is not just about EVs. It’s about building **a decentralized energy rail** for the physical internet, supporting:

* Electric vehicles (2W, 3W, 4W)
* Delivery drones and autonomous robots
* Intercity electric logistics
* Smart grid integrations
* Solar and energy storage
* Localized microgrids

We are building infrastructure that scales beyond cars, into the future of mobility, automation, and energy autonomy.

## In Summary: What Makes DeCharge Unique

* **Ownership** is decentralized
* **Participation** is open
* **Revenue** is streamed in real time
* **Placement** is guided by demand data
* **Hardware** is modular and smart
* **Software** is protocol-governed
* **Value** is shared by all contributors

> This is infrastructure designed for the many, not the few.


# Market Context & Opportunity

Explore the fast-growing EV market and how DeCharge empowers individuals to benefit from the global electrification wave.

**The Global Electrification Wave**

Electric mobility is no longer a fringe innovation, it’s the defining transformation of this century’s transportation and energy systems. The pace at which electric vehicles (EVs) are being adopted across global markets has outstripped even the most optimistic projections.

**Key facts:**

* Over **14 million EVs were sold globally in 2024**, with growth accelerating year-on-year.
* By 2028, over **60 million EVs** are expected to be on the roads, more than a **4x increase** from 2022 levels.
* **Two- and three-wheel EVs** in countries like India, Indonesia, and Nigeria are driving early mass adoption.
* The **annual battery demand** across EVs and autonomous systems is projected to exceed **900 GWh/day**, or roughly **330 TWh/year.**

This growth is not isolated to luxury or commercial markets. It spans across:

* Personal vehicles (2W/3W/4W)
* Urban logistics fleets
* E-commerce delivery networks
* Government electrification initiatives
* Autonomous and AI-powered mobility platforms

Electrification is a one-way transition and energy access is the limiting factor.

## Infrastructure: The Bottleneck No One Solved (Yet)

Despite EV growth, infrastructure rollouts have **lagged significantly**:

| Metric                             | Traditional Deployment                |
| ---------------------------------- | ------------------------------------- |
| Time to deploy a public charger    | 3-9 months                            |
| EVs per public charger (India avg) | >25:1                                 |
| Failure rate of public chargers    | 30-50% non-operational                |
| Geographic bias                    | 80% deployed in affluent, urban zones |

This mismatch between **where EVs are** and **where charging is available** creates a structural bottleneck:

* Users experience **range anxiety**, leading to lower adoption.
* Operators suffer from **underutilization** in low-demand areas.
* Governments rely on **slow permitting**, delaying scale.

DeCharge was designed to **bypass these limitations entirely**, using a decentralized Network model that grows organically and profitably in both high and low-income areas.

## Demand Is Not Linear, It’s Layered

Electrification is not just about passenger EVs. New categories of energy consumers are emerging across industries:

| Segment          | Estimated Daily Consumption | Example Use Case               |
| ---------------- | --------------------------- | ------------------------------ |
| 2W/3W EV         | 3-6 kWh/day                 | Food delivery, urban transport |
| Personal EV (4W) | 15-20 kWh/day               | Commuting, family vehicles     |
| Autonomous robot | 2-4 kWh/day                 | Last-mile logistics            |
| Delivery drones  | 1-3 kWh/day                 | E-commerce fulfillment         |
| Electric trucks  | 50-150 kWh/day              | Intercity freight              |
| AI-driven fleets | Variable                    | Fleet-based ride-hailing       |

These consumers demand **real-time charging**, often in **unpredictable**, **location-diverse environments** far from centralized stations.

The opportunity isn’t just to serve “cars.” It’s to build the **base layer of global energy mobility**, across every form of electric movement.

## The Decentralization Opportunity

Most energy networks throughout history, whether it’s roads, electricity, or telecom have been **centrally planned and owned**. But those systems:

* Require billions in CapEx
* Scale slowly due to red tape
* Leave low-income or rural regions behind
* Centralize value capture into the hands of a few players

DeCharge breaks this paradigm with a **bottom-up model:**

* Small, modular chargers with plug-and-play installation
* Crowdsourced deployments by individuals and communities
* Delegated operations where DeCharge manages everything, but ownership remains distributed
* Smart incentives to place chargers where demand is rising fastest

By reducing friction across the board from cost to installation to operation, we unlock a **new participant class** in EV infrastructure: regular people.

## Addressable Market Size

Let’s do the math.

**Scenario:** 7,650 deployed DeCharge chargers, split as

* 55% Mini (3.3 kW) - 4,200 units
* 27.5% Beast (7.4 kW) - 2,100 units
* 17.5% Titan (60 & 30 kW) - 1,350 units

**Average daily throughput** (very conservative):

| Device       | Daily Energy Dispensed |
| ------------ | ---------------------- |
| Mini         | 10 kWh                 |
| Beast        | 15 kWh                 |
| Titan Family | 210 kWh                |

**Total daily energy:**\
(4,200 x 10) + (2,100 x 15) + (1350 x 210) = 357 Mega Wh/day

**Annualized total:**\
357 GWh x 330 = 117.81 Giga Wh/year

If we assume a **$0.10 margin per kWh** (retail - wholesale rate), this network would generate:

117,810,000 kWh x $0.10 = **$11.78 million in yearly gross margin**

And all of this is achieved with:

* < $20 million in device CapEx
* Minimal centralized infrastructure
* Permissionless, demand-driven rollout

## Who Will Capture the Value?

With EV infrastructure growth inevitable, the only real question is:

**Who will own it?**

* Will it be utilities and corporations that replicate the mistakes of the past?
* Or will it be communities, real estate owners, small investors, and mobility entrepreneurs?

DeCharge believes that **infrastructure value should be captured by the people who build it**. By aligning incentives through performance-based rewards and open deployment models, we ensure that participation is meaningful, scalable, and fair.


# Our Vision & Mission

DeCharge envisions a people-owned energy grid and mission to decentralize infrastructure while democratizing clean energy access.

## **The Vision: A People-Owned Energy Grid**

DeCharge envisions a world where **energy infrastructure is not controlled by a handful of corporations or utilities**, but by the people who actually use, host, and operate it.

We imagine a future where:

* A shopkeeper in a rural village can monetize idle parking space with an EV charger.
* A college student in a small town earns from a device they co-own.
* A logistics hub deploys ultra-fast charging to support autonomous vehicles.
* A residential society installs chargers to serve their own community and neighbors.

Each of these actions contributes to a **global energy network** that is resilient, permissionless, and accessible. Just like the internet made information accessible to all, DeCharge aims to make **energy access participatory**, one node at a time.

This is the long-term ambition:

> Build the physical internet of energy.

## **The Mission: Decentralize Infrastructure, Democratize Ownership**

Our mission is to radically simplify the creation and ownership of EV infrastructure, starting with charging, and expanding into adjacent energy services like storage, solar, and grid balancing.

To achieve this, DeCharge is built around five mission-aligned principles:

1. **Access**\
   **-** Allow anyone, anywhere to become part of the energy grid\
   \- No technical or institutional gatekeeping
2. **Ownership**\
   \- Let contributors -> not just capital providers -> hold economic rights\
   \- Every deployed device earns transparently, based on performance
3. **Resilience**\
   \- Build for diverse geographies and real-world environments\
   \- Design for redundancy, modularity, and minimal downtime
4. **Speed**\
   \- Bring chargers online in days, not months\
   \- Remove the need for complex permits or corporate negotiations
5. **Alignment**\
   \- Use tokenized incentives and performance-based rewards\
   \- Ensure everyone from host to user to operator has a stake

By aligning economics, infrastructure, and real-world energy demand, DeCharge creates a flywheel that accelerates the growth of decentralized physical networks.

## Our Role in the Global Energy Transition

The world is moving toward electrification, but without a clear answer to **who gets to participate** in building the grid.

Today:

* Charging networks are mostly closed ecosystems
* Grid infrastructure is centralized
* Users are passive consumers with no ownership or input

DeCharge challenges this paradigm.

We believe:

* **Participation creates resilience** - the more diverse the contributors, the stronger the network
* **Decentralization drives equity 0** those who need energy access most should be able to earn from it
* **Incentives drive scale** - reward models must be tied to real performance, not speculation

As countries commit to net-zero goals and mobility electrification, the question becomes:\
**How can this transformation be equitable, efficient, and sustainable?**

> DeCharge answers: Let people build it and own it.

## What We’re Building Towards (2025-2030 Vision)

<table><thead><tr><th width="110.59991455078125">Milestone</th><th>Target Outcome</th></tr></thead><tbody><tr><td>2025</td><td>Expand to 3,000+ community-powered chargers in India and Southeast Asia</td></tr><tr><td>2026</td><td>Titan (30kW &#x26; 60 kW) rollout across national highways and fleet corridors</td></tr><tr><td>2027</td><td>Full DeCharge Network live in 20 countries; solar retrofit kits go mainstream</td></tr><tr><td>2028</td><td>Integration with AI logistics systems, drone charging networks, microgrid pilots</td></tr><tr><td>2030</td><td>The DeCharge Network handles 1000+ GWh/year of global energy throughput</td></tr></tbody></table>

These aren’t just scaling goals, they are steps toward **reclaiming energy infrastructure** for the people who use and depend on it every day.


# Device Lineup Overview

Discover DeCharge’s modular lineup of Mini, Beast, and Titan chargers designed for homes, businesses, and high-speed EV networks.

DeCharge offers a modular lineup of EV chargers that cater to diverse power needs, deployment contexts, and user personas. Each device is built with real-world operability, ease of deployment, and reward optimization in mind.

From residential units to high-throughput commercial chargers, the product suite ensures that any location -> a home, shop, office, fleet yard, or highway can become a fully operational energy node.

**Three Tiers of Devices**

<table><thead><tr><th width="107.39996337890625">Product Name</th><th width="134.20001220703125">Power Rating</th><th width="228">Ideal Use Case</th><th>Mounting</th><th>Connectivity</th></tr></thead><tbody><tr><td>Mini</td><td>3.3 kW AC</td><td>Homes, shops, small fleet bases</td><td>Wall</td><td>Wi-Fi / 4G</td></tr><tr><td>Beast</td><td>7.4 kW AC</td><td>Apartments, offices, retail, mid-size fleets</td><td>Wall or Pole</td><td>Wi-Fi / 4G</td></tr><tr><td><p>Titan</p><p>(Titan Mini &#x26; Titan)</p></td><td>30 kW / 60 kW DC</td><td>Highways, logistics, urban hubs</td><td>Ground-mounted</td><td>LAN / 5G / 4G / Wi-Fi</td></tr></tbody></table>

## Designed to Match Use Cases

### **1. Mini (3.3 kW AC)**

Targeted at users in residential or low-footfall commercial locations, the Mini is compact, efficient, and ideal for:

* Charging two and three wheelers
* Overnight charging in homes and gated communities
* Small shop owners looking to attract local EV traffic
* Communities where low capacity infrastructure is sufficient

The Mini is the foundation of our “many-small” model, bringing infrastructure to places previously ignored by larger players.

### **2. Beast (7.4 kW AC)**

The Beast offers higher throughput and is suited for spaces with more regular EV traffic or larger vehicles:

* Residential societies with shared parking
* Public parking lots at malls, tech parks, and schools
* Mixed use commercial properties
* DePIN and delegated deployments in Tier 1 and Tier 2 cities

With higher daily kWh potential and robust housing, the Beast strikes the right balance between performance and accessibility. It is also the core focus of our network strategy, designed to electrify every location where an EV charger is needed, through both delegated and self-deployment routes.

### **3. Titan (30 kW DC and 60 kW DC)**

Titan is our flagship fast charger, currently in limited preview and pre-deployment pilots. It is designed for:

* Logistics hubs and commercial EV fleets
* Intercity routes and highway-side charging stations
* Future-ready locations anticipating high volumes
* Solar and storage-integrated deployments (roadmap)

The Titan is a cornerstone of DeCharge’s long-term Network, enabling high-speed infrastructure across national corridors. The Titan product line includes both the 30 kW Titan Mini and the flagship 60 kW Titan. While the Titan Mini provides fast-charging functionality suitable for urban and mid-tier logistics zones, the full Titan is designed for heavy-duty commercial and fleet corridors. Both are DC chargers and support similar deployment, integration, and reward protocols with the main difference being power delivery capacity.

## Unified Network, Tiered Roles

Despite varying power outputs and applications, all DeCharge devices:

* Plug into the same rewards protocol
* Feed telemetry into the central CMS
* Undergo the same commissioning process
* Support delegated or DIY deployment
* Are trackable via DeCharge’s host dashboard

What differs is the **scale of opportunity.** Higher-rated devices dispense more energy and unlock higher participation potential both in usage and rewards.

| Metric                | Mini              | Beast                          | Titan Mini                 | Titan                      |
| --------------------- | ----------------- | ------------------------------ | -------------------------- | -------------------------- |
| Typical Energy Output | 20-40 kWh/day     | 50-100 kWh/day                 | 200-600 kWh/day            | 300-1000 kWh/day           |
| Deployment Type       | Wall-mount        | Pole/Wall                      | Ground/Floor               | Ground/Floor               |
| Ideal Hosts           | Homeowners, Shops | Apartment Managers, Businesses | Fleet Operators, Logistics | Fleet Operators, Logistics |
| Pricing Band          | Entry-level       | Mid-range                      | Premium                    | Premium                    |
| Reward Tier           | Base Tier         | Mid Tier                       | High Tier                  | High Tier                  |

## Interoperability Across Environments

All DeCharge devices are:

* Compatible with standard 1-phase (Mini/Beast) or 3-phase (Titan/Titan Mini) input
* OCPP ready for future integrations with city EV platforms
* Equipped with onboard diagnostics and OTA firmware updates

This flexibility enables the network to expand globally without costly redesigns or market-specific engineering.

## Ownership Flexibility

Every charger in the DeCharge product line can be:

* **Self-owned (DIY):** You purchase and install at your own site
* **Delegated:** DeCharge deploys at a demand mapped locations on your behalf
* **Partnered:** Co-deployed with other DePIN projects or ecosystem partners

This makes the product suite not just hardware, but **an infrastructure participation toolkit** for anyone, whether you own real estate or not.


# Mini (3.3 kW)

The DeCharge Mini is a compact AC charger for homes and small shops, ideal for community-powered EV infrastructure.

The DeCharge Mini is a compact AC charger designed for low-power, high-density environments such as residential areas, small businesses. It is our most accessible charger, ideal for individuals and communities looking to get started with EV infrastructure with minimal friction.

Despite its small size, the Mini plays a critical role in building DeCharge’s distributed network delivering meaningful energy throughput in areas often ignored by traditional infrastructure players.

**Technical Overview**

| Attribute            | Specification                  |
| -------------------- | ------------------------------ |
| Rated Output Power   | 3.3 kW (AC)                    |
| Input                | 230V, 16A, 50Hz (single-phase) |
| Charging Interface   | 16A Socket                     |
| Connectivity Options | 4G SIM (micro) / Wi-Fi         |
| Protection Rating    | IP65 / Outdoor-safe            |
| Enclosure            | UV-resistant polymer composite |
| Mounting Options     | Wall-mounted                   |
| Firmware             | OTA-enabled, secure metering   |

<figure><img src="/files/EH2YlyhK6oRkAtTsJuA4" alt=""><figcaption></figcaption></figure>

## Ideal Use Cases

The Mini is built to serve locations where light EV traffic is expected, or where power infrastructure supports only single-phase input. This includes:

* Homes and apartment garages
* Small shops, cafes, and food outlets
* Medical clinics and tuition centers
* Suburban and rural towns with low grid capacity
* Two-wheeler and three-wheeler fleet base stations
* Host locations with limited power supply or space

It is a plug and play entry point for both individuals and community operators who want to participate in DeCharge’s rewards program with a lower capital footprint.

## Network Role and Incentive Profile

The Mini may be the smallest in power output but it plays a major role in the network. With enough deployment density, Minis offer:

* Shorter wait times for drivers
* Local coverage in underserved areas
* High uptime reliability due to lower electrical load
* High frequency micro-transactions ideal for rewards scaling

Reward Tier: Base Tier\
Despite its modest power output, Minis qualify for energy rewards, uptime bonuses, and geo-incentives under DeCharge’s reward engine.

For consistent performance, Minis deployed in Tier 2/3 cities or high utilization spots can outperform higher tier chargers in less active zones.

## Deployment Models

The Mini can be installed via:

**1.** [**Delegated Deployment**](/deployment-and-operations/deployment-models#delegated-deployment-hands-off-model)\
For those who don’t have a location, DeCharge installs the Mini at a high-demand location mapped via telemetry. You earn passively.

**2.** [**Partnered Channels**](/deployment-and-operations/deployment-models#partnered-deployment-cross-network-co-location)\
Minis are frequently deployed in collaboration with other DePIN projects, local energy communities, or logistics startups. (Join our community to stay updated with such drops)

## Installation Requirements

| Requirement      | Minimum Specification                   |
| ---------------- | --------------------------------------- |
| Electrical Input | 16A MCB, 3-core 2.5-4 sqmm copper cable |
| Earthing         | Ground connection < 2V Neutral-Earth    |
| Internet         | 4G SIM or Dedicated Wi-Fi (100 Mbps+)   |
| Mounting Surface | Wall, shaded if exposed to sun/rain     |

Installation takes approximately 3 minutes with standard household tools. Devices are shipped pre-provisioned and ready to go online after commissioning.

## Performance & Maintenance

* Daily usage: Ideal for up to 3 to 5 charging sessions per day
* Session range: 4 to 10 kWh typical session
* Remote health monitoring via CMS
* Monthly firmware updates pushed via OTA
* Maintenance frequency: Minimal; quarterly cleaning and annual insulation test

## Impact at Scale

Thousands of Mini chargers, when deployed across the country, create an ultra-dense energy network that:

* Bridges the infrastructure gap in rural and suburban zones
* Boosts EV adoption by removing range anxiety
* Provides a high ROI pathway for early adopters
* Drives volume into the DeCharge rewards protocol

The Mini is how DeCharge brings energy access to everyone, everywhere. One small charger at a time.


# Beast (7.4 kW)

The DeCharge Beast offers higher throughput for apartments and commercial spaces, balancing power, cost, and performance.

The DeCharge Beast is a mid-tier AC charger designed for moderate to heavy usage locations such as apartment complexes, retail parking lots, workplaces, and commercial buildings. It strikes a balance between performance, size, and cost, making it the most versatile unit in the DeCharge lineup.

Whether installed by real estate developers, small businesses, or fleet operators, the Beast is engineered for reliability, rewards efficiency, and community visibility.

**Technical Overview**

| Attribute            | Specification                         |
| -------------------- | ------------------------------------- |
| Rated Output Power   | 7.4 kW (AC)                           |
| Input                | 230V, 32A, 50Hz (single-phase)        |
| Charging Interface   | Type-2 Connector                      |
| Connectivity Options | 4G SIM / Wi-Fi                        |
| Protection Rating    | IP55/IP56                             |
| Enclosure            | Anodized aluminum, tamper-resistant   |
| Mounting Options     | Wall or pole (steel or concrete base) |
| Firmware             | OTA-enabled, smart diagnostics        |

<figure><img src="/files/C4kx3ptvLxQzvZHGNT5A" alt=""><figcaption></figcaption></figure>

## Ideal Use Cases

The Beast is built for sites with higher EV footfall or where full-sized vehicles frequently park for extended durations. Common deployments include:

* Apartment complexes and housing societies
* Tech parks and office campuses
* Shopping malls and retail locations
* Educational campuses
* EV taxi and rideshare fleets
* Public and semi-public parking facilities

With higher power delivery, the Beast supports faster turnaround for EV users, typically charging 25-35 kWh in a few hours, suitable for both daily drivers and professional fleets.

## Network Role and Incentive Profile

The Beast is classified as a **Mid Tier reward device**. Due to its higher energy throughput and session volume, it qualifies for:

* Base energy rewards (per kWh)
* Uptime bonuses
* Location-based geo multipliers
* Deployment cohort and reliability bonuses

| Parameter            | Beast Value                     |
| -------------------- | ------------------------------- |
| Typical Daily Output | 25-40 kWh/day                   |
| Sessions per Day     | 4-8                             |
| Reward Priority Tier | Mid (↑ compared to Mini)        |
| Internet Dependence  | High (requires stable 4G/Wi-Fi) |

With strong utilization, a Beast in the right location can outperform even higher-power units in ROI and reward flow.

## Deployment Models

Beast units are available in multiple deployment configurations:

1\. [Direct Shipping (DIY Ownership)](/deployment-and-operations/deployment-models#diy-deployment-self-owned-and-self-installed)\
Buy, install, and operate the unit yourself. Hosts receive full revenue and rewards. Ideal for property owners, real estate developers, and businesses.

2\. [Delegated Deployment](/deployment-and-operations/deployment-models#delegated-deployment-hands-off-model)\
For users who want to fund a Beast without managing installation. DeCharge installs the unit at a mapped high-demand site and shares a portion of rewards with the sponsor.

3\. [B2B or CapEx/OpEx Bundles](/deployment-and-operations/deployment-models#partnered-deployment-cross-network-co-location)\
Beasts are offered to institutional buyers and city infrastructure projects via capital or operating lease models.

## Installation Requirements

<table><thead><tr><th width="181.00006103515625">Requirement</th><th>Minimum Specification</th></tr></thead><tbody><tr><td>Electrical Input</td><td>32A,<br>Input Breaker: 40 Amps 2 pole MCB,<br>3-core 10 sqmm copper cable</td></tr><tr><td>Earthing</td><td>Earth connection with &#x3C;2V N-E voltage</td></tr><tr><td>Internet</td><td>Dedicated 4G SIM (non-M2M) or Wi-Fi (100 Mbps+)</td></tr><tr><td>Mounting Surface</td><td>Pole (with anchor bolts) or wall (concrete/plaster)</td></tr></tbody></table>

Installation Time: \~60 to 90 minutes\
Commissioning Support: Provided by DeCharge or via certified partners

Full commissioning includes power checks, connectivity tests, safety validation, and CMS onboarding.

## Maintenance & Operations

* Firmware pushed monthly (OTA)
* Self-testing diagnostics every 24 hours
* Quarterly on-site health checks recommended
* Secure remote control: reboot, disable, lock/unlock

For B2B operators, dashboard analytics include:

* Session logs and revenue tracking
* Error notifications
* Site-wise utilization heatmaps

## Commercial and Community Impact

The Beast is a perfect blend of performance and affordability, enabling:

* Monetization of underused real estate
* High-visibility community engagement
* Fleet uptime optimization
* Retail footfall enhancement

Beast chargers often serve as “critical nodes” in local networks drawing regular traffic and improving reliability metrics in the surrounding EV Charging Infra Network.

## Summary

| Feature            | Value                               |
| ------------------ | ----------------------------------- |
| Output             | 7.4 kW AC                           |
| Use Case           | Residential, Retail, Fleet          |
| Reward Tier        | Mid (higher kWh multiplier)         |
| Deployment Options | Direct / Delegated / B2B            |
| Charging Time (EV) | 3-4 hrs for \~30 kWh                |
| Maintenance        | Low-touch, OTA + quarterly cleaning |

With its all-weather design, smart telemetry, and high community utility, the DeCharge Beast is a core in our global energy network.


# Titan Family: 30 kW & 60 kW DC Chargers

Titan is DeCharge’s DC fast charger for fleets and highways, powering logistics and large-scale electric mobility at speed.

The DeCharge Titan is a high-power DC fast charger engineered for fleet hubs, intercity highways, and high-throughput EV corridors. Designed to support large vehicles, commercial logistics, and time-sensitive EV operations, the Titan marks DeCharge’s entry into heavy-duty, fast-charging infrastructure, all while retaining the principles of modular deployment and community-based ownership.

The Titan represents the future of fast, scalable, permissionless energy for fleets, drones, and autonomous agents alike.

**Overview & Design Philosophy**

The Titan product line includes two fast DC chargers: Titan Mini (30 kW) and Titan (60 kW). These units deliver 4-10x faster charging than AC devices like Mini and Beast, and are engineered for industrial-level reliability and high-throughput energy demand.

**Titan Mini**

<table><thead><tr><th width="277.79998779296875">Attribute</th><th>Specification</th></tr></thead><tbody><tr><td>Rated Output Power</td><td>30 kW (DC)</td></tr><tr><td>Input</td><td>415V, 3-phase, 45A (continuous), 60A (peak)</td></tr><tr><td>Transformer</td><td>50 KVA recommended</td></tr><tr><td>Charging Interface</td><td>CCS2</td></tr><tr><td>Cooling Mechanism</td><td>Passive Air or Hybrid (variant-based)</td></tr><tr><td>Connectivity</td><td>5G / 4G / Ethernet / Wi-Fi</td></tr><tr><td>Enclosure Rating</td><td>IP65 industrial-grade</td></tr><tr><td>Mounting</td><td>Ground-mounted (plinth recommended)</td></tr><tr><td>Rollout Phase</td><td>Live (Delegated Deployments Ongoing)</td></tr></tbody></table>

**Titan (60 kW)**

<table data-header-hidden><thead><tr><th width="275.39996337890625"></th><th></th></tr></thead><tbody><tr><td>Attribute</td><td>Specification</td></tr><tr><td>Rated Output Power</td><td>60 kW (DC)</td></tr><tr><td>Input</td><td>415V, 3-phase, 90A (continuous), 120A (peak)</td></tr><tr><td>Transformer</td><td>100 KVA recommended</td></tr><tr><td>Charging Interface</td><td>CCS2 or CHAdeMO (configurable)</td></tr><tr><td>Cooling Mechanism</td><td>Active liquid cooling</td></tr><tr><td>Connectivity</td><td>5G / 4G / Ethernet / Wi-Fi</td></tr><tr><td>Enclosure Rating</td><td>IP65 industrial-grade</td></tr><tr><td>Mounting</td><td>Ground-mounted (concrete foundation)</td></tr><tr><td>Rollout Phase</td><td>Pilot Preview - Q1 2026</td></tr></tbody></table>

## Use Cases and Deployment Environments

The Titan is built for **high-throughput energy demand,** ideal for:

* Fleet hubs (e.g., EV taxis, buses, delivery vans)
* Highway rest stops and EV corridors
* Urban logistics terminals
* Autonomous drone or robotic stations (future integrations)
* Public DC charging zones in cities with high EV penetration

Its speed and ruggedness make it suitable for both urban megacities and highway infrastructure zones where uptime, throughput, and charging speed are critical.

## Technical Capabilities

| Parameter            | Titan Mini (30 kW) | Titan (60 kW)        |
| -------------------- | ------------------ | -------------------- |
| Max Charging Rate    | \~0.5% per minute  | \~1% per minute      |
| Typical Session Time | 30-45 minutes      | 20-30 minutes        |
| Cable Type           | Air-cooled DC gun  | Liquid-cooled DC gun |
| Uptime Goal          | ≥98%               | ≥98%                 |

## Reward Role in the Network

The Titan belongs to the High Tier category in the DeCharge rewards engine. Its contribution is weighted based on:

* Energy throughput (kWh/day)
* Geo priority zones (mapped by real-world demand)
* Uptime and performance history
* Deployment cohort bonus for early Titan adopters

Titans are reward multipliers for regional clusters, when installed strategically, they improve networj utility and traffic for surrounding lower-tier chargers.

## Installation Prerequisites for Titan Family (30 kW & 60 kW)

Due to their power capacity, both Titan and Titan Mini chargers require industrial-grade electrical input, proper grounding, and internet stability. The specifications vary slightly between the two and are listed below.

**Titan Mini (30 kW DC) - Installation Checklist**

<table><thead><tr><th width="149.800048828125">Category</th><th>Requirement</th></tr></thead><tbody><tr><td>Power Input</td><td>3-Phase, 415V ±10%, 50Hz</td></tr><tr><td>Transformer</td><td>50 KVA</td></tr><tr><td>Breaker</td><td>≥72A with surge protection</td></tr><tr><td>Cabling</td><td>3.5-core 35 sqmm aluminum or 25 sqmm copper</td></tr><tr><td>Earthing</td><td>2 earth pits, &#x3C;2V neutral-to-earth, 25×3 mm tinned copper</td></tr><tr><td>Mounting</td><td>Ground-mounted on concrete plinth</td></tr><tr><td>Internet</td><td>4G SIM / 5G / Wi-Fi (100 Mbps+) / LAN with surge protection</td></tr><tr><td>Safety</td><td>Bollards, LED lighting, fire extinguisher (Class C)</td></tr></tbody></table>

**Titan (60 kW DC) - Installation Checklist**

<table><thead><tr><th width="149.79998779296875">Category</th><th>Requirement</th></tr></thead><tbody><tr><td>Power Input</td><td>3-Phase, 415V ±10%, 50Hz</td></tr><tr><td>Transformer</td><td>100 KVA</td></tr><tr><td>Breaker</td><td>≥72A</td></tr><tr><td>Cabling</td><td>3.5-core 95 sqmm aluminum or 70 sqmm copper</td></tr><tr><td>Earthing</td><td>2 earth pits, &#x3C;2V neutral-to-earth, 25×3 mm tinned copper</td></tr><tr><td>Mounting</td><td>Ground-mounted on reinforced plinth</td></tr><tr><td>Internet</td><td>5G / 4G / LAN with surge protection / High-speed Wi-Fi</td></tr><tr><td>Safety</td><td>Shed, bollards, lighting, fire suppression if needed</td></tr></tbody></table>

**Notes for Both Devices**

* Commissioning support provided by DeCharge Ops
* Remote onboarding via CMS after installation
* Safety inspection and site photos required before activation

## Ownership and Deployment Models

Titan chargers are available through specialized deployment models:

1\. Delegated Commercial Deployment\
DeCharge partners with logistics parks, city councils, or fleet providers to deploy Titans where demand is verified. Contributors can fund installations and receive a reward share.

2\. Institutional Installations\
B2B programs for government agencies, transport providers, or large fleet operators.

3\. Community Co-Funded Models\
For high-traffic public zones, DeCharge enables shared ownership through fractional contributions by multiple community investors.

4\. Solar & Battery Hybrid (Future Phase)\
Titans will support solar + battery integration in later releases for off-grid or hybrid grid scenarios.

## Role in the Network Architecture

Titans are designed as regional supernodes within the DeCharge network. A single Titan improves the charging efficiency and economic density of surrounding Minis and Beasts. It acts as:

* A hub for high-throughput EV sessions
* An anchor node that reduces regional energy wait-time
* A redundant layer during peak hours or system failure

One well-placed Titan can serve as the backbone for hundreds of vehicles, increasing network resilience.


# Device Comparison

ompare DeCharge’s Mini, Beast, and Titan chargers by power, use case, and rewards to find the best fit for your deployment.

DeCharge offers a tiered lineup of chargers designed to fit a wide spectrum of use cases, geographies, and power needs. From compact residential units to high-throughput commercial chargers, each product is optimized for deployment flexibility, ease of installation, and seamless integration into the DeCharge rewards engine.

This section helps you compare DeCharge’s three main device lines: Mini, Beast, and Titan, so you can determine which charger best fits your goals, site, and usage requirements.

**Overview of Product Tiers**

<table><thead><tr><th width="116.5999755859375">Model</th><th width="124.39996337890625">Power Output</th><th width="95.4000244140625">Type</th><th>Typical Use Case</th><th>Deployment Environment</th></tr></thead><tbody><tr><td>Mini</td><td>3.3 kW AC</td><td>Level 1</td><td>Residential, 2W/3W, Small Fleets</td><td>Homes, Cafes, Shops, Gated Lots</td></tr><tr><td>Beast</td><td>7.4 kW AC</td><td>Level 2</td><td>4W Vehicles, Offices, Retail</td><td>Apartments, Office Complexes</td></tr><tr><td>Titan Mini</td><td>30 kW DC</td><td>Level 3</td><td>Urban hubs, fleets, logistics</td><td>City logistics yards, depots</td></tr><tr><td>Titan</td><td>60 kW DC</td><td>Level 3</td><td>Fleets, Highway Hubs, Fast DC</td><td>Logistics Parks, Highways</td></tr></tbody></table>

Each charger is built with modular hardware, telemetry integration, and country-specific electrical compliance.

**Feature-by-Feature Breakdown**

<table><thead><tr><th width="149.20001220703125">Feature</th><th width="132.20001220703125">Mini</th><th width="133">Beast</th><th>Titan Mini</th><th>Titan</th></tr></thead><tbody><tr><td>Charging Power</td><td>3.3 kW</td><td>7.4 kW</td><td>30 kW</td><td>60 kW</td></tr><tr><td>Charging Type</td><td>AC</td><td>AC</td><td>DC</td><td>DC</td></tr><tr><td>Input Voltage</td><td>230V, 16A</td><td>230V, 32A</td><td>415V, 45-60A</td><td>415V, 90A</td></tr><tr><td>Use Case</td><td>2W/3W</td><td>4W</td><td>Mid-size fleets, logistics</td><td>Heavy-duty fleets</td></tr><tr><td>Mounting</td><td>Wall</td><td>Wall/Pole</td><td>Ground</td><td>Ground</td></tr><tr><td>Cooling</td><td>Passive</td><td>Passive</td><td>Passive/Hybrid</td><td>Liquid-cooled</td></tr><tr><td>Internet Connectivity</td><td>Wi-Fi/4G</td><td>Wi-Fi/4G</td><td>LAN/5G/4G/Wi-Fi</td><td>LAN/5G/4G/Wi-Fi</td></tr><tr><td>Reward Tier</td><td>Entry</td><td>Mid</td><td>High</td><td>High</td></tr><tr><td>Charging Time</td><td>2-4 hrs</td><td>1.5-3 hrs</td><td>30-45 mins</td><td>20-30 mins</td></tr></tbody></table>

## Ideal Scenarios for Each Device

**Mini (3.3 kW)**

* Affordable entry point
* Ideal for Tier 2/3 cities, local delivery riders
* Great for DIY or shared home parking setups
* Suitable for scooters, e-bikes, 2W/3W EVs

**Beast (7.4 kW)**

* Perfect for mainstream 4W EVs
* Optimized for mid-sized parking lots and apartments
* Delegated installs at business hubs, cafes, and offices
* Designed for longer uptime and higher energy throughput

**Titan Mini (30 kW DC)**

* Designed for fleets and commercial vehicles requiring faster turnaround
* Suitable for logistics hubs, urban corridors, and city depots
* Lower footprint than full-scale DC chargers
* Ideal where 60 kW is excessive but AC is insufficient

**Titan (60 kW DC)**

* High-speed charging for large fleets and highway locations
* Requires industrial-grade power and infrastructure
* Best suited for intercity logistics, EV corridors, and government-led deployments
* Future support for solar + battery hybrid integrations

## Deployment Considerations

| Factore               | Mini              | Beast             | Titan Mini            | Titan                           |
| --------------------- | ----------------- | ----------------- | --------------------- | ------------------------------- |
| Installation Time     | \~3Minutes        | \~60-90 Minutes   | 1 Day                 | 1-2 Days                        |
| Site Requirements     | Basic electrical  | Moderate upgrades | 3-phase input         | Industrial setup                |
| Internet Requirement  | Strong 4G / Wi-Fi | Strong 4G / Wi-Fi | Wi-Fi / LAN / 5G / 4G | LAN / 5G preferred / 4G / Wi-Fi |
| Reward Engine Points  | Base Multiplier   | Higher Tier       | High Tier             | Max Tier                        |
| Ideal Ownership Model | Individual Host   | Host + Investor   | Delegated / Fleet     | Institutional / Delegated       |

**Summary**

<table><thead><tr><th width="110.60003662109375">Charger</th><th width="291.00006103515625">Best For</th><th width="117.5999755859375">Power (kW)</th><th>Setup Type</th><th>Charging Speed</th></tr></thead><tbody><tr><td>Mini</td><td>2W/3W, Local Homes</td><td>3.3</td><td>Wall-mount</td><td>Slow</td></tr><tr><td>Beast</td><td>4W, Community Locations</td><td>7.4</td><td>Wall / Pole</td><td>Moderate</td></tr><tr><td>Titan Mini</td><td>Fleets, Urban Hubs, Logistics Midpoints</td><td>30</td><td>Ground-mount</td><td>Fast</td></tr><tr><td>Titan</td><td>Highways, Commercial Fleet Hubs</td><td>60</td><td>Ground-mount</td><td>Ultra-fast</td></tr></tbody></table>

## Choosing the Right Charger

Your ideal charger depends on:

* **Vehicle type** and average session time
* **Available infrastructure** (power, space, internet)
* **Purpose** (personal use vs public deployment)
* **Your role** (host, investor, or delegated partner)

Still unsure? Reach out to the DeCharge team or consult our site selection guide to help determine the most suitable device for your site and goals.


# System Architecture

DeCharge’s architecture connects hardware, telemetry, and rewards into a scalable decentralized EV charging network.

The DeCharge system is a vertically integrated, modular infrastructure stack that bridges physical EV charging hardware with intelligent software coordination and a real-world reward system. Its architecture is designed for scale, adaptability, and trust, enabling thousands of independent deployments to operate as a single, cohesive energy network.

Rather than layering DeCharge on top of legacy infrastructure, the system has been built from the ground up with decentralization, interoperability, and telemetry as core design principles.

## **Architectural Layers Overview**

The DeCharge architecture spans five functional layers:

<table><thead><tr><th width="173.79998779296875">Layer</th><th>Description</th></tr></thead><tbody><tr><td>Hardware Layer</td><td>Physical chargers: Mini (3.3 kW), Beast (7.4 kW), Titan Mini (30 kW DC), Titan (60 kW DC)</td></tr><tr><td>Firmware Layer</td><td>Embedded control software, OTA-enabled, local diagnostics</td></tr><tr><td>Network Layer</td><td>Messaging via OCPP over Wi-Fi/4G/LAN</td></tr><tr><td>Coordination Layer</td><td>Performance tracking, reward engine, CMS integrations</td></tr><tr><td>Application Layer</td><td>Host dashboards, telemetry portals, installer panels</td></tr></tbody></table>

These layers operate independently but interconnect via secure telemetry protocols to ensure transparent operation and coordinated behavior across the global network.

### **1. Hardware Layer**

This includes the modular DeCharge chargers themselves, each of which serves as a standalone energy node capable of being monitored, controlled, and rewarded based on real-world usage.

* Chargers are pre-certified for country-specific compliance.
* Designed for low-cost, plug-and-play deployment.
* Modular design for upgradability and repair.
* Built-in security features to prevent tampering and unauthorized use.

### **2. Firmware Layer**

Each device runs embedded software that enables:

* Secure metering and session logging.
* Over-the-air (OTA) software upgrades.
* Real-time self-diagnostics and error reporting.
* Dynamic load control (in upcoming releases).

Firmware ensures uniform behavior across chargers, even as hardware generations evolve or network conditions vary.

### **3. Network Layer**

DeCharge chargers communicate with the backend using the OCPP (Open Charge Point Protocol), specifically designed for communication between EV Charging Stations.

Supported internet interfaces:

* Wi-Fi (secured with WPA2 or higher)
* 4G & 5G SIM cards (non-M2M only)
* LAN with surge protection (for Titans and enterprise hubs)

Data transmitted includes:

* Energy dispensed per session
* Uptime & connectivity reports
* Fault or error events
* GPS & deployment metadata

To ensure resilience, all devices buffer data locally and auto-resend if temporarily offline.

### **4. Coordination Layer**

At the core of DeCharge’s intelligence is its coordination backend. This is where:

* Devices are onboarded and mapped to hosts/investors.
* Telemetry is validated and stored in real-time.
* Reward points are calculated per 60-hour epoch.
* Inactive or misbehaving chargers are flagged or penalized.
* Deployment heatmaps and performance dashboards are generated.

This layer integrates directly with the web application, installer portals, and DeCharge’s reward distribution logic. It ensures that all device activity is linked to a verified participant and scored fairly based on usage.

### **5. Application Layer**

The user-facing layer is where participants interact with the DeCharge ecosystem:

<table><thead><tr><th width="169.79998779296875">Tool</th><th>Purpose</th></tr></thead><tbody><tr><td>Host App</td><td>View sessions, earnings, uptime, and device health + Guided setup, diagnostics, and verification workflows</td></tr><tr><td>Ops Panel</td><td>For DeCharge’s internal support and deployment teams</td></tr><tr><td>User App</td><td>Location-based search and usage interface for the users to initiate and pay for the charging sessions</td></tr></tbody></table>

These applications are web-based and mobile-responsive, accessible via any modern browser.

<div data-full-width="true" data-with-frame="true"><figure><img src="/files/jih9Ird51YSTUQzwSNpo" alt=""><figcaption><p>Flow of Data and Control</p></figcaption></figure></div>

This seamless end-to-end flow ensures real-time accountability, transparency, and trust in how rewards are issued and devices are monitored.

**DePINFi as the capital layer:** DePINFi Pools form the financial coordination layer of the DeCharge architecture. They connect global capital to verified deployments by pooling stablecoins into on-chain deployment clusters and turning chargers into yield-bearing, programmable assets.

Visit [DePIN-Fi Pools](/depin-fi-pools/depin-fi-pools-tokenized-energy-infrastructure) for more info.

## **Key Design Principles**

1. **Device-Agnostic Scaling**\
   All chargers speak a common telemetry schema, ensuring that older and newer models can coexist and be rewarded equally.
2. **Network Redundancy**\
   Each charger operates independently, so the failure of one device doesn’t affect others. This allows organic growth without single points of failure.
3. **No Reliance on External Gateways**\
   Devices connect directly to the backend, no need for separate hubs or concentrators.
4. **Interoperability**\
   Designed with full OCPP compatibility across all charger models to enable seamless API integrations and interoperability with third-party systems and networks.

## **Integration Pathways**

Future integrations are planned for:

* Energy storage systems
* Smart load balancing with grid signals
* Solar input and battery pairing (solar retrofit program)
* Shared protocols with other DePIN systems (e.g., DePHY, Geodnet)

## **Summary**

The DeCharge system architecture is built for resilience, flexibility, and precision. Every layer is designed to ensure:

* Real-world performance metrics are tracked securely.
* Rewards are earned fairly and transparently.
* Devices remain upgradable and modular.
* The network grows organically while staying coordinated.

This foundation enables DeCharge to serve not just today’s EV drivers but the entire spectrum of decentralized energy consumers of the future.


# DeCharge Network Model

A decentralized EV charging network where every device acts as a node, owned by users and coordinated through real data.

The DeCharge Network operates as a decentralized, incentive-aligned network of EV chargers coordinated through a unified backend infrastructure. This model breaks away from centralized utility monopolies and enables a globally distributed grid where individuals, businesses, and communities contribute nodes and share in the value they create.

This section explains the core architecture of the DeCharge network as a living, expanding system - one that responds to real-world demand, optimizes energy distribution, and fairly rewards contributors based on usage and performance.

## **The Architecture**

At its core, DeCharge is modeled as a "**distributed Network**", where each charger functions as an autonomous yet as an energy node. Unlike legacy charging systems that rely on a few centralized stations, DeCharge’s model emphasizes:

* **Decentralized growth**: Each new device can be independently deployed by anyone.
* **Localized access**: Chargers appear where people live, park, and operate - not just highways or malls.
* **Redundant coverage**: No single node failure disrupts the broader network.
* **Super-linear utility**: Each new charger increases value for nearby ones by reducing congestion and wait times.

This is akin to how Wi-Fi hotspots proliferated organically, through homes, shops, and campuses, creating an invisible but ubiquitous web of connectivity. DeCharge applies the same principle to the flow of electricity.

## **Network Participants**

The DeCharge network is built by its participants. Each plays a distinct role:

<table><thead><tr><th width="206.59991455078125">Role</th><th>Description</th></tr></thead><tbody><tr><td>Hosts</td><td>Provide physical space and grid power for chargers</td></tr><tr><td>Investors</td><td>Finance devices or participate in delegated deployment pools</td></tr><tr><td>Installers</td><td>Handle on-ground setup, cabling, compliance, and commissioning</td></tr><tr><td>Fleet/Commercial Users</td><td>Use chargers for consistent energy access; may co-own devices</td></tr><tr><td>DeCharge Ops</td><td>Monitors uptime, provides backend services, and facilitates onboarding</td></tr></tbody></table>

By separating these roles, DeCharge allows flexible ownership and participation models, a person with no land can still contribute, just as a landowner can earn without capital investment.

## **Types of Network Nodes**

Each DeCharge device functions as a **network node**, streaming real-time data and participating in coordinated infrastructure logic.

<table><thead><tr><th width="116.199951171875">Node Type</th><th>Description</th></tr></thead><tbody><tr><td>Mini</td><td>Low-power AC chargers (3.3 kW), ideal for homes, 2W/3W vehicles</td></tr><tr><td>Beast</td><td>Mid-power AC chargers (7.4 kW), for cars and commercial parking</td></tr><tr><td>Titan Mini</td><td>Medium-power DC chargers (30 kW), for fleets, urban logistics, or city highways</td></tr><tr><td>Titan</td><td>High-power DC chargers (60 kW), deployed in logistics hubs or national highways</td></tr></tbody></table>

Each charger connects to the DeCharge backend through secure OCPP channels, transmitting telemetry that powers the reward engine, remote maintenance workflows, and demand analytics.

## **Smart Coordination Engine**

The **Coordination Layer** is the network’s brain. It ensures:

* Every charger is uniquely identified and mapped to a user.
* Performance data is collected and evaluated per epoch (60 hours).
* Inactive or low-performing chargers are flagged.
* Deployment maps highlight areas of unmet demand.
* Participants are rewarded based on live energy throughput and availability.

This layer uses real-time inputs from every active charger to shape how the network grows. For example:

* If demand increases in a specific region, new delegations are directed there.
* If a charger shows low uptime or high error rates, it may be temporarily excluded from rewards.

## **Geo-Mapping and Demand Forecasting**

To prioritize infrastructure where it’s needed most, DeCharge maintains an internal **global demand map** that overlays:

* EV registration density (by city or district)
* Usage data from deployed devices
* Road networks and traffic patterns
* Population clusters underserved by legacy infra
* Accessibility to grid and internet

This dynamic map is used to:

* Route delegated deployments to high-potential zones
* Recommend locations to self-hosting buyers
* Guide installers for route optimization
* Identify overlaps or redundant installations

As more devices join, this map becomes more precise, creating a positive feedback loop between data and deployment quality.

> **Performance = Network Trust**

DeCharge’s network does not rely on contracts or manual reporting. Instead, **trust is encoded in performance.**

Every device is expected to:

* Stay online for at least 80% of each epoch
* Dispense a measurable amount of energy
* Maintain hardware health (temperature, voltage)
* Transmit accurate metering logs
* Respond to remote commands

When this is achieved, devices are rewarded. When it isn’t, penalties apply automatically such as reduction in points, flagging for ops inspection, or reward lockouts.

This **self-auditing architecture** ensures that the network cannot be gamed and remains efficient as it scales.

## **Economic Layer and Incentives**

Though the reward mechanics are covered in depth in \[Section 13: Reward Engine], here’s how incentives support the network model:

* **Hosts** earn proportional to their charger’s real-world use.
* **Delegated buyers** earn passively, minus DeCharge’s operating cut.
* **Top performers** (early deployment, high uptime) receive cohort bonuses.
* **Poor performers** are penalized automatically incentivizing quality, not quantity.

This ensures that device count alone doesn’t determine earnings - active contribution does.

**Example Flow: A Delegated Deployment**

1\. Alice purchases 3 Beast units via delegated pack.

2\. DeCharge matches them to pre-qualified demand zones (e.g., Pune suburbs).

3\. Verified installers set up the devices and submit site reports.

4\. Devices begin streaming data to the DeCharge backend.

5\. Energy sessions are logged; rewards accrue to Alice.

6\. Alice tracks earnings via dashboard.

This hands-off model makes it easy for users worldwide to participate, even without physical access to a site.

## **Why This Model Scales**

The DeCharge network model is designed for exponential growth:

* Each participant lowers the cost of infrastructure expansion.
* Each device increases convenience and rewards for all others.
* Every underutilized space becomes a potential energy node.
* Telemetry replaces manual operations or trust-based systems.
* The backend orchestrates growth based on live, real-world data.

The result is an ecosystem where growth compounds not just in number of chargers, but in utilization, convenience, and ecosystem value.


# Hardware Design Principles

Built for durability and modularity, DeCharge chargers are engineered for real-world use and easy field maintenance.

DeCharge chargers are engineered for real-world durability, modularity, and ease of deployment. Whether installed in a residential garage, a rural roadside, or a public mall parking lot, the hardware is designed to be reliable, serviceable, and future-ready.

This section outlines the guiding principles, physical design attributes, and embedded technologies that make DeCharge hardware uniquely suited to a distributed, community-powered infrastructure model.

## **Real-World Design Philosophy**

DeCharge hardware is built to operate reliably in a wide range of physical environments and use cases. Key design goals include:

* Rapid deployment with minimal tools or technical support
* Compatibility with standard residential and commercial power supplies
* Protection against dust, water, temperature, and tampering
* Onboard diagnostics and remote controllability
* Longevity across 5-7 years with minimal maintenance

Each charger is developed with mass deployment in mind - ensuring every unit is easy to install, monitor, and maintain at scale.

## **Modular Component Architecture**

All DeCharge devices follow a modular hardware design. This enables faster manufacturing, simplified part replacement, and streamlined field servicing.

Core components include:

<table><thead><tr><th width="212.20001220703125">Component</th><th>Functionality</th></tr></thead><tbody><tr><td>Power Control Unit</td><td>Handles energy input, safety cutoff, and delivery</td></tr><tr><td>PCB with OSEM module</td><td>Tracks energy usage and uptime securely</td></tr><tr><td>Communication Module</td><td>Enables Wi-Fi, 4G/5G, or LAN connectivity</td></tr><tr><td>Enclosure &#x26; Mounting</td><td>Protects internals and supports pole/wall mounts</td></tr><tr><td>Diagnostic Ports</td><td>Used for testing, firmware updates, reset</td></tr></tbody></table>

Each module is separately replaceable or upgradeable, allowing DeCharge to issue OTA (over-the-air) software updates or field-level part replacements without decommissioning the entire unit.

## **Smart Metering and Security**

Every charger includes a secure metering chip. This system enables:

* Precision energy logging (kWh per session)
* Timestamped session data and usage history
* Local signing of every transaction
* Tamper detection and error flagging

Because this metering is built into the hardware itself, DeCharge does not rely on external reporting, manual auditing, or trust-based verification. Each device autonomously generates proof of its own activity.

## **Environmental and Electrical Protection**

DeCharge chargers are built to handle diverse and unpredictable field conditions. All hardware units include:

* IP65 (or higher) rated enclosures to protect against dust and rain
* Ventilation systems and thermal cutoffs to manage overheating
* Ground fault detection and auto-shutdown circuits
* Residual Current Devices (RCDs) to prevent electrical shock
* Overvoltage protection for power surges

Installers are guided to place chargers under shade or canopies when exposed to extreme sunlight. Chargers also include LED indicators for real-time operational status and basic fault diagnosis.

## **Connectivity and Communication**

Each charger is designed to be online 24/7 through at least one of three supported communication modes:

* 4G/5G SIM slot (supports major telecom providers in India, Europe, and North America)
* Wi-Fi (requires dedicated router with minimum 100 Mbps bandwidth)
* LAN (for large sites, hubs, or Titans)

Connectivity allows each unit to:

* Transmit telemetry to the DeCharge backend
* Receive OTA updates
* Be remotely restarted, locked, or diagnosed
* Stream live status data to the host dashboard

Offline buffer storage allows for short-term operation if the internet is temporarily lost, with queued data uploaded once the connection is restored.

## **Mounting Options and Power Interface**

To accommodate different site conditions and charger models:

| Model      | Mount Options | Input Requiremen    |
| ---------- | ------------- | ------------------- |
| Mini       | Wall-mounted  | 230V, 16A (1-Phase) |
| Beast      | Wall or Pole  | 230V, 32A (1-Phase) |
| Titan Mini | Ground Plinth | 415V, 3-Phase, 72A  |
| Titan      | Ground Plinth | 415V, 3-Phase, 90A  |

Mounting kits are included for both standard and delegated installations. Brackets, bolts, and strain relief fittings ensure long-term mechanical safety.

## **Designed for Future Integration**

DeCharge hardware is not static. It includes architecture and spare I/O interfaces for future integration with:

* Energy storage systems (batteries or BESS)
* Rooftop or pole-mounted solar panels
* Dynamic pricing controllers or smart meters
* Peer-to-peer energy trading modules
* Microgrid or vehicle-to-grid (V2G) ecosystems

This ensures that even entry-level devices can evolve with the network, enabling gradual migration toward more advanced use cases without hardware replacement. The modular design also allows Titan Mini and Titan to share a common chassis and communication stack, streamlining integration, diagnostics, and servicing across power classes.

## **Deployment-Ready Packaging**

All DeCharge chargers are shipped in ruggedized packaging with:

* Pre-registered QR codes mapped to owner accounts
* Cable size, breaker rating, and mounting instructions
* User-specific configuration if ordered via delegation
* Printed quickstart and digital onboarding guide

Upon delivery, most chargers can be installed in under 90 minutes by a certified electrician or delegated partner.

DeCharge’s hardware design reflects its larger mission to enable scalable, decentralized infrastructure without complexity. Each charger is a robust, modular node designed to serve users and communities reliably for years to come.


# Telemetry and Control

DeCharge’s telemetry ensures real-time charger monitoring, remote control, and transparent performance-based rewards.

A charging network is only as intelligent and reliable as the data it can collect, interpret, and act upon. At DeCharge, telemetry and control systems form the nervous system of the network, continuously monitoring charger performance, detecting anomalies, and enabling dynamic interaction between devices, operators, and the backend infrastructure.

Whether it’s uptime reporting, energy logging, or remote diagnostics, telemetry ensures that every DeCharge charger functions as a verifiable, self-reporting energy node.

## **Core Principles**

DeCharge’s telemetry and control layer is designed with the following objectives:

* Real-time monitoring of every session and hardware status
* Secure data transfer from device to backend over encrypted channels
* Remote management of chargers by both hosts and DeCharge Ops
* Autonomous self-diagnostics to reduce field service needs
* Reward eligibility tracking based on quantifiable metrics

This layer enables the system to operate transparently and fairly, especially in a distributed ownership model where devices are deployed globally.

## **What Data Is Captured**

Every DeCharge charger records and transmits a rich set of telemetry data. These include:

<table><thead><tr><th width="219.39996337890625">Metric Category</th><th>Sample Data Points</th></tr></thead><tbody><tr><td>Energy Consumption</td><td>Total kWh dispensed, per-session energy, peak load</td></tr><tr><td>Uptime and Connectivity</td><td>Online/offline status, connectivity duration</td></tr><tr><td>Session Logs</td><td>Session start/end timestamps, charging duration</td></tr><tr><td>Error Reporting</td><td>Overvoltage, ground fault, thermal anomalies</td></tr><tr><td>Environmental Metrics</td><td>Internal temperature, enclosure humidity (Titan)</td></tr><tr><td>Network Health</td><td>Ping latency, signal strength (4G/Wi-Fi), retry rate</td></tr></tbody></table>

All telemetry is signed using the onboard secure metering chip and is submitted in 60-minute intervals (for AC chargers) and 15-minute intervals (for DC chargers). Offline caching ensures no data is lost if internet access is briefly interrupted.

## **Communication Stack**

DeCharge chargers communicate using OCPP (Open Charge Point Protocol), an open industry standard for charger-backend interaction. This enables secure, vendor-neutral, and scalable data exchange.

Technologies used include:

* OCPP Protocol: All devices communicate via OCPP-compliant channels for session management, telemetry, and control.
* TLS Encryption: All communication is encrypted end-to-end using Transport Layer Security.
* Buffered Upload Queue: In low-connectivity environments, the charger stores data locally and uploads when a stable signal is available.
* Heartbeat Protocol: Chargers ping the backend at fixed intervals to verify health and trigger automated escalation workflows in case of silence.

## **Remote Command and Control**

Operators and approved hosts have the ability to issue commands to chargers via the web dashboard. Common control functions include:

* Restart Device: Perform a remote reboot to recover from transient errors
* Session Lock/Unlock: Temporarily disable or enable charging
* Firmware Update Trigger: Deploy security or performance patches remotely
* Diagnostics Dump: Fetch real-time system logs for engineering support
* LED Indicator Override: Signal device status in offline troubleshooting scenarios

All control actions are logged, time-stamped, and tied to the responsible operator ID for full auditability.

## **Self-Diagnostics and Alerts**

Each charger runs a full diagnostic scan every 24 hours. These checks cover:

* RCD and breaker health
* Power supply voltage consistency
* Earthing and ground resistance validation
* Temperature and humidity thresholds
* Communication latency and data sync failures

If anomalies are detected, alerts are sent to:

* The host (via app and email)
* The DeCharge Ops team (via CMS panel)
* The reward engine (to temporarily freeze payouts if safety is at risk)

## **Integration with Reward Engine**

The telemetry layer feeds directly into the DeCharge reward computation engine. For example:

* Energy Dispensed (kWh): Determines session value and base reward
* Uptime Percentage (over 60-hour epoch): Affects reward multiplier
* Location Category (Tier 1, Tier 2, Underserved): Adds geographic bonus
* Charger Activity Consistency: Flags inactive or misused hardware
* Fault-Free Operation: Qualifies for reliability bonus

This integration ensures that contributors are rewarded fairly and transparently, based on objective, verifiable charger performance.

## **Use Cases Enabled by Telemetry**

Telemetry is not just for backend operations, it enables meaningful functionality for every participant.

<table><thead><tr><th width="185.79998779296875">Stakeholder</th><th>Benefit Enabled by Telemetry</th></tr></thead><tbody><tr><td>Hosts</td><td>View uptime, energy flow, estimated rewards</td></tr><tr><td>Operators</td><td>Remotely diagnose faults, push updates</td></tr><tr><td>Investors</td><td>Verify device activity for ROI visibility</td></tr><tr><td>Support Team</td><td>Respond to flagged anomalies with targeted guidance</td></tr><tr><td>Network Analysts</td><td>Optimize placement and cluster design based on live data</td></tr></tbody></table>

This layered access model ensures that everyone from a casual host to a fleet operator can engage with their devices and data as needed.

## **Local Privacy and Data Use**

DeCharge only collects data essential for charger performance, safety, and reward calculation. We do not collect or store:

* Personal user payment data
* Vehicle-specific information (license plates, VINs, etc.)
* User identity or location tracking not related to the charger’s operation

All telemetry is anonymized when aggregated for analytics or reporting purposes.

DeCharge’s telemetry and control system is the backbone of its operational transparency. By enabling real-time visibility, secure communication, and smart diagnostics, this layer makes the DeCharge network both autonomous and accountable, a core requirement for scaling decentralized physical infrastructure.


# Reward Engine (DeCharge Points)

Earn DeCharge Points for uptime, usage, and location performance as part of a transparent reward-driven energy network.

The DeCharge network is not just a charging solution, it is an infrastructure model that aligns economic incentives with energy access. The Reward Engine is what makes this possible. It translates real-world energy output into measurable, verifiable, and performance-based rewards distributed across a decentralized community of hosts, contributors, and operators.

At its core, the DeCharge Reward Engine ensures that those who build and maintain the network are fairly and transparently compensated for their role in powering electric mobility.

### **A Data-Driven Model**

Unlike fixed pricing or central operator models, the DeCharge Reward Engine is dynamic. It adapts to:

* How much energy a charger dispenses
* How consistently it stays online
* Where it is placed geographically
* When it was deployed (early adopters receive multipliers)
* How well it complies with operational guidelines

All of these parameters are captured via telemetry and processed through a deterministic reward formula.

### The Reward Formula

Each charger earns DeCharge Points based on its performance and through [#a-data-driven-model](#a-data-driven-model "mention"), which contributes to the revenue a charger owner receives and can be converted into future network incentives.

### Key Incentive Levers

To make the system inclusive, transparent, and effective, DeCharge’s reward logic is built around five core levers:

1. **Energy Dispensed**
   * The more kWh your charger delivers, the more points you earn.
   * Encourages proactive use, community sharing, and optimal placement.<br>
2. **Uptime Consistency**
   * Chargers must stay online and responsive.
   * Helps ensure the network remains reliable for users at all times.<br>
3. **Geographic Prioritization**
   * Higher multipliers for devices installed in underserved or high-demand regions.
   * This brings infrastructure to where it is needed most.<br>
4. **Deployment Cohort**
   * Early adopters are rewarded for taking the initial risk.
   * This applies a time-weighted bonus to incentivize early growth phases.<br>
5. **Reliability Bonus**
   * Devices with no faults for multiple epochs receive compounded bonuses.
   * Encourages long-term care and operational diligence.

### **Who Earns Rewards?**

DeCharge rewards are distributed to the following participant groups based on real-time activity:

<table><thead><tr><th width="162.59991455078125">Participant Role</th><th width="230.2000732421875">Earn Rewards Based On</th><th width="149">Rewards in</th><th>Rewards Accounts for</th></tr></thead><tbody><tr><td>Hosts</td><td>Power provision, space, uptime and maintenance</td><td>Fiat / Stables</td><td>Reimbursement of electricity costs and share of revenue</td></tr><tr><td>Device Buyers</td><td>Ownership and deployment support</td><td>DeCharge Points</td><td>Investing in devices</td></tr><tr><td>Community Referrers</td><td>Device referrals and deployment growth</td><td>Stables / DeCharge Points</td><td>for onboarding new device buyers</td></tr><tr><td>Partner Projects (DePIN Collabs)</td><td>Joint deployments in shared infrastructure zones</td><td>DeCharge Points and Partner Rewards</td><td>For being supporter in partner bundles</td></tr></tbody></table>

Each participant’s earnings are linked to the performance of their associated charger pool(s), not just purchase or registration.

This ensures that both high-usage and high-impact deployments are meaningfully rewarded.

### DeCharge Points

DeCharge Points, earned by chargers, can be:

* Viewed via the Host Dashboard
* Used to qualify for future campaigns or referral incentives
* Logged transparently on the backend for community audits

The DeCharge Points are convertible to Future Network Incentives.

### **Transparent, Auditable, and Aligned**

The DeCharge Reward Engine is not just a backend script, it is the economic heart of a community-run energy infrastructure.

Its principles:

* Reward real-world value creation
* Encourage healthy, long-term behavior
* Stay deterministic, auditable, and fair
* Minimize reliance on central approval
* Incentivize sustainable growth of the network

Every DeCharge charger earns in a transparent, rule-based, and geography-aware system. And that makes it possible for real-world infrastructure to grow without needing corporate control.

### Ways to Earn DeCharge Points in DeCharge Ecosystem

The community’s support is quantified through DeCharge Points, which are awarded for various activities, including owning a device, contributing to growth, engaging on social media, and participating in campaigns. Below are the key ways to earn DeCharge Points:

1. **Owning a DeCharge Device:** Owning a Beast or Mini charger makes you eligible to earn base and consumption rewards in DeCharge Points on a daily basis.
2. **Participating in Quests**: By participating in the native quest platform on the DeCharge website and supporting DeCharge in various ways, individuals can earn DeCharge Points.
3. **Participating in DeCharge Points Program:** The DeCharge Points Program is a newly launched initiative introduced during our recent community call. It highlights specific tasks for the community to complete in order to earn points.
4. **Activities like Spin App:** We created a fun and engaging DeCharge Points earning app at [https://fun.decharge.network](https://fun.decharge.network/).
5. **Being Ambassador:** Being a DeCharge's advocate will also makes you eligible to earn the DeCharge Points in addition to other perks. Check out our discord for more details on the program.

Being an active contributor in the DeCharge ecosystem by opting your favourite contribution is going to be a recognition of your activities through the DeCharge Points. The more you stack, the more Chargooor you are in making.&#x20;


# DePIN-Fi Pools: Tokenized Energy Infrastructure

Tokenized energy infrastructure on Solana. Fund EV chargers via DePINFi Pools and earn yield from real-world performance.

DePINFi Pools make it possible for anyone to co-own the next generation of EV charging infrastructure. Instead of building or managing chargers directly, users can contribute stablecoins to verified charging projects and receive yield powered by real-world energy use.

Each DePINFi Pool represents a slice of tokenized energy infrastructure, a tangible on-chain asset that earns based on actual charging activity. By turning EV sites into programmable financial instruments, DeCharge connects physical infrastructure, digital capital, and live telemetry into one seamless ecosystem.

This model brings real utility to DeFi: transparent, productive finance built on Solana’s high-performance network and aligned with its mission to create open capital markets for real assets by 2027.

### **How DePIN-Fi Pools Work?**

1. **Project Planning**\
   DeCharge scouts feasible locations, assesses capacity, and finalizes budgets and timelines.
2. **Pool Launch**\
   A DePINFi Pool is created for that project, showing the site information, funding goal, lock period, and variable APR.
3. **Community Funding**\
   Contributors supply capital to the pool. Deposits are accepted until the funding target or token cap is reached.
4. **Development and Deployment**\
   Once fully funded, the site moves into development and then deployment. The Development Authority supervises this process.
5. **Active Operation**\
   After commissioning, the pool becomes active. Real-time telemetry and a Switchboard oracle feed update the APR dynamically, reflecting actual charger performance and demand.
6. **Yield Distribution**\
   Rewards accrue continuously and can be claimed anytime.&#x20;

### **DePIN-Fi Pool Life Cycle**

Each pool follows a uniform framework.

<table><thead><tr><th width="126.20001220703125">Stage</th><th width="225.20001220703125">Description</th><th width="241.4000244140625">Status</th><th>User Actions</th></tr></thead><tbody><tr><td>Funding</td><td>Pool accepts deposits in its supported token</td><td>Open until cap reached</td><td>Deposit $USDC or $USDT on Solana</td></tr><tr><td>Development</td><td>Site under construction or awaiting activation</td><td>Updates on the Site development are shared</td><td>View updates</td></tr><tr><td>Deployed</td><td>Chargers live and generating energy</td><td>APR is dynamically updated</td><td>Claim yield</td></tr><tr><td>Closed</td><td>Pool term completed</td><td>Asset Life ended</td><td>Closure of Pools</td></tr></tbody></table>

Pools include defined start and end dates and can be extended if feasible.

### **User Guide: How to Join a Pool**

**Step 1: Visit the Pool Page**

Go to the DeCharge Earn Dashboard to view available pools. Each pool displays:

* Site or project name
* Status (Funding, Development, or Deployed)
* Supported stablecoin (USDC or USDT)
* Funding progress
* Lock period and APR

**Step 2: Sign Up and Connect**

Signup with a wallet address and sign to confirm your wallet connection.

After login, you will be redirected to your dashboard. From there, return to the Earn tab to select a pool.

**Step 3: Select Pool and Deposit**

* Click “Deposit Now” on your chosen pool.
* On the deposit page, select the stablecoin ($USDC or $USDT) and the amount to deposit.
* Confirm the transaction in your wallet.

A minimum deposit amount (for example, $10) applies per pool. Once confirmed, the program transfers your tokens to the pool vault and mints matching pool receipt tokens 1:1 as proof of your contribution.

### **Understanding Yield from Pool**

* **Variable APR**: Reflects the real-world performance of deployed chargers.
* **Currency**: Yield is paid in the same stablecoin you deposited.
* **Claiming**: You can claim yield anytime.

All yield and transaction data are visible on the DeCharge dashboard in real time.

### **Project Surya with RefiHub**

Project Surya was the first DePINFi pilot conducted with RefiHub.

* **Deployment**: 4 Fast Chargers and 15 Beast chargers high traffic locations in highway corridor
* **Contribution**: $150k contributed by pool participants in just 11 days
* **Status**: Site Development ongoing

Project Surya proved that fractional EV infrastructure ownership can scale through verifiable, transparent on-chain coordination.

### **Integration with Solana’s Financial Ecosystem**

DePINFi Pools represent the physical layer of Solana’s emerging financial capital markets.

By anchoring fractional ownership of EV infrastructure to verifiable telemetry and oracle-based yield, DeCharge contributes to the vision of open, high-performance financial systems on Solana by 2027.

**DeCharge enables:**

* **Programmable Real-World Ownership:** Digital receipts linked to productive assets.
* **Transparent Capital Formation:** Funding verified energy infrastructure directly on-chain.
* **Global Accessibility:** Open participation in the clean-energy economy.

This integration bridges decentralized finance with tangible infrastructure outcomes, creating a new category of real-world productive DeFi.

### **Summary of DePIN-Fi Pools**

DePINFi Pools transform EV infrastructure into tokenized, yield-bearing energy assets.

Users can fund verified DeCharge projects, earn yield based on real-world charger performance, and contribute to building a decentralized energy network on Solana.

This is productive, transparent, and verifiable infrastructure finance, built on Solana and powered by DeCharge’s real-world deployment network.

For questions or assistance, join the DeCharge community on [Discord](https://discord.gg/bWnjY9Cq) | [Telegram](https://t.me/dechargecommunity).


# Deployment Models

Choose between self-owned, delegated, or partner deployment models to join the DeCharge network effortlessly.

DeCharge supports multiple deployment pathways to accommodate a wide variety of users, from individuals installing a charger at home to investors funding devices at remote sites. Each model is designed to ensure fast rollout, reliable operations, and fair distribution of rewards, while reducing technical and operational burden on the participants.

All DeCharge chargers, including Mini, Beast, Titan Mini, and Titan, can be deployed under any of the models below, depending on host preferences and regional demand.

<table data-view="cards"><thead><tr><th></th><th></th><th data-hidden data-card-target data-type="content-ref"></th></tr></thead><tbody><tr><td>Delegated Deployment</td><td>(Hands-off Model)</td><td><a href="/pages/B8yzNdmoA3pPbGe8gUws#delegated-deployment-hands-off-model">/pages/B8yzNdmoA3pPbGe8gUws#delegated-deployment-hands-off-model</a></td></tr><tr><td>DIY Deployment</td><td>(Self-Owned and Self-Installed)</td><td><a href="/pages/B8yzNdmoA3pPbGe8gUws#diy-deployment-self-owned-and-self-installed">/pages/B8yzNdmoA3pPbGe8gUws#diy-deployment-self-owned-and-self-installed</a></td></tr><tr><td>Partnered Deployment </td><td>(Cross-Network Co-location)</td><td><a href="/pages/B8yzNdmoA3pPbGe8gUws#partnered-deployment-cross-network-co-location">/pages/B8yzNdmoA3pPbGe8gUws#partnered-deployment-cross-network-co-location</a></td></tr></tbody></table>

## Delegated Deployment (Hands-Off Model)

This model is best suited for non-technical participants or investors who want to be part of DeCharge without handling installation or maintenance.

**Who it's for:**

* Passive income seekers
* Individuals without land or power access
* Real estate owners looking for a turnkey solution

**How it works:**

* You purchase one or more chargers, typically through a bundled offering.
* DeCharge uses internal demand mapping to identify high-need regions.
* Our team deploys your charger at an optimal location with available power and internet.
* DeCharge handles permitting, installation, monitoring, and ongoing operations.

**What you receive:**

* A share of the rewards generated by your device based on energy usage and uptime
* Access to your charger’s data through the DeCharge dashboard
* Maintenance and support handled entirely by DeCharge

## DIY Deployment (Self-Owned and Self-Installed)

This model is ideal for users who want to install and manage their own devices locally.

**Who it's for:**

* Shop owners, local businesses, or residential communities
* EV owners with accessible parking and grid connection
* Users who want full control over charger operation

**How it works:**

* You purchase a Mini or Beast charger
* Follow DeCharge’s pre-install checklist to ensure site readiness
* Install the device with the help of a local electrician
* Complete onboarding and commissioning with support from DeCharge

**What you receive:**

* Full ownership of the device and control of installation
* Direct earnings from energy dispensed
* Access to performance data and the rewards engine

## Partnered Deployment (Cross-Network Co-location)

This model enables DeCharge chargers to be co-located with infrastructure from other decentralized physical networks (DePINs).

**Who it's for:**

* Property owners hosting other DePIN devices like weather nodes or satellite relays
* Projects or communities seeking energy infrastructure synergy
* Infra investors aiming to maximize site utility

**How it works:**

* DeCharge collaborates with a partner entity to co-deploy chargers
* Terms of revenue sharing, setup cost, and responsibilities are jointly defined
* Co-located deployments benefit from existing infrastructure like connectivity or power

**What you receive:**

* Shared rewards based on your role in the deployment
* Enhanced traffic and utility for your site
* Integration with other community-first infrastructure models

## Deployment Model Comparison

<table><thead><tr><th width="123.79998779296875">Model Name</th><th width="150.59991455078125">Who Installs It</th><th width="94.5999755859375">Who Owns It</th><th width="114.4000244140625">Who Operates It</th><th>Best Suited For</th></tr></thead><tbody><tr><td>Delegated</td><td>DeCharge</td><td>You</td><td>DeCharge</td><td>Passive investors, no site access</td></tr><tr><td>DIY / Direct Shipping</td><td>You or electrician</td><td>You</td><td>You</td><td>Landowners, shopkeepers</td></tr><tr><td>Partnered</td><td>Shared</td><td>Shared</td><td>Shared</td><td>Other DePIN networks</td></tr></tbody></table>

**Choosing the Right Path**

To choose the right deployment model, consider:

* Do you have access to a location and local power?
* Do you want full control or a passive model?
* Are you in a region where delegated deployment is available?
* Are you comfortable coordinating installation locally?

If you're unsure, delegated deployment is a great starting point. It requires no infrastructure or site access and lets you begin earning from the DeCharge network immediately.

All deployment models plug into the same rewards logic, backend telemetry, and performance tracking system.


# Site Selection Guide

Learn how to select optimal EV charger locations using power access, visibility, and demand mapping.

The effectiveness of any DeCharge installation depends heavily on the quality of the site chosen. Whether you’re deploying a single Mini at your storefront or multiple Beast units in a residential complex, selecting the right location ensures consistent usage, maximized uptime, and reliable reward generation.

This guide outlines the key considerations for choosing an ideal location for your DeCharge charger, across both delegated and DIY deployment models.

**What Makes a Good Site?**

DeCharge classifies a site as "viable" when it meets four critical requirements:

1. **Power Readiness**
   * An available and stable power supply with sufficient amperage.
   * An accessible breaker panel and proper earthing.
   * Voltage levels within the acceptable range defined for the charger model.
2. **Internet Connectivity**
   * Wi-Fi or 4G or LAN availability with reliable bandwidth.
   * Network must be dedicated or isolated from high-load devices.
   * Signal strength and latency must support real-time telemetry.
3. **Accessibility**
   * Public or semi-public access, especially for DIY and Beast deployments.
   * Visibility from nearby roads or public areas.
   * Unobstructed access to the charging cable and device face.
4. **Safety and Security**

   * Low risk of tampering or vandalism.
   * Covered or semi-covered protection from harsh weather.
   * Adequate lighting if in a shared or public location.

**Location Type Recommendations**

Depending on the charger model and your intended use case, the following location types are considered optimal.

<table><thead><tr><th width="178.60003662109375">Charger Type</th><th>Ideal Location</th><th>Recommended Use Case</th></tr></thead><tbody><tr><td>Mini (3.3 kW)</td><td>Shops, garages, cafes, small parking bays</td><td>Two- and three-wheeler charging in cities or towns</td></tr><tr><td>Beast (7.4 kW)</td><td>Apartments, office parks, shopping centers</td><td>Passenger EVs in mid-to-high demand zones</td></tr><tr><td>Titan Mini(30 kW) &#x26; Titan (60 kW)</td><td>Highway pit stops, fleet depots, transport hubs</td><td>Fast charging for fleets and long-range vehicles</td></tr></tbody></table>

**Power Requirements Summary**

<table><thead><tr><th width="131.60003662109375">Charger</th><th width="160.199951171875">Voltage</th><th width="112">Current Required</th><th width="118.199951171875">Breaker Size</th><th>Cabling</th></tr></thead><tbody><tr><td>Mini (3.3 kW)</td><td>230V single phase</td><td>16A</td><td>20A MCB</td><td>3-core, 6 sq.mm copper</td></tr><tr><td>Beast (7.4 kW)</td><td>230V single phase</td><td>32A</td><td>40A MCB</td><td>3-core, 10 sq.mm copper</td></tr><tr><td>Titan Mini (30 kW)</td><td>415V three phase</td><td>50A</td><td>72A MCB</td><td>3.5-core, 35-50 sq.mm copper or aluminium</td></tr><tr><td>Titan (60 kW)</td><td>415V three phase</td><td>90A</td><td>125A MCB</td><td>3.5-core, 70-95 sq.mm copper or aluminium</td></tr></tbody></table>

Confirm with a licensed electrician that these requirements can be met before proceeding with installation.

**Internet Requirements Summary**

<table><thead><tr><th width="151.39996337890625">Connection Type</th><th>Notes</th></tr></thead><tbody><tr><td>Wi-Fi</td><td>Must offer at least 100 Mbps with strong signal. Avoid shared routers.</td></tr><tr><td>4G/5G SIM</td><td>Use high-quality consumer SIMs only. Avoid M2M or restricted data plans.</td></tr><tr><td>LAN (Titan only)</td><td>Requires Cat6 cable and surge protection. Used in commercial setups.</td></tr></tbody></table>

Tip: For outdoor or weak-signal zones, consider a Wi-Fi repeater or signal booster near the installation site.

**Physical Setup Guidelines**

* **Mounting Type:** Wall, pole, or ground foundation based on the charger.
* **Orientation:** The front of the device should be free of obstructions.
* **Height:** Mount chargers at a convenient and ergonomic height (1.2 to 1.5 meters for Minis and Beasts).
* **Sun & Rain Protection:** Use canopies or existing structures to protect the charger.
* **Distance to Breaker Panel:** Ideally less than 15 meters to minimize voltage drop.

**Safety Considerations**

All sites should include or allow for:

* Proper earthing pits (especially for DC chargers).
* Physical security or surveillance in public areas.
* Bollards or barriers to prevent vehicle impact (required for Titan).
* Fire safety access and ventilation in enclosed spaces.

**Environmental Suitability**

Your selected site should be able to withstand local climate conditions.

<table><thead><tr><th width="176.199951171875">Climate Factor</th><th>Considerations</th></tr></thead><tbody><tr><td>High Temperatures</td><td>Ensure passive ventilation and avoid direct sun exposure.</td></tr><tr><td>Humidity/Rainfall</td><td>Use an IP rated enclosure and install under cover or shed.</td></tr><tr><td>Dust/Particulates</td><td>Choose semi-indoor or shielded locations for longer hardware life.</td></tr><tr><td>Voltage Fluctuation</td><td>Consider using voltage stabilizers in areas with unstable supply.</td></tr></tbody></table>

**Delegated Site Evaluation**

If your charger is being deployed via delegated installation, DeCharge will evaluate the site using internal criteria:

* Demand signals (usage heatmap and EV traffic)
* Grid and internet availability
* Real estate access agreements
* Feasibility of remote monitoring

You may be asked to submit location photos or basic power details in advance. If selected, DeCharge will handle all approvals and logistics.

**DIY Site Self Checklist**

If you're installing a charger yourself, verify the following before requesting commissioning:

* The site is accessible and visible to EV users.
* Required breakers and wiring are installed.
* Internet source is confirmed and tested.
* Safety checklist has been completed.
* A qualified electrician is available for installation.

Use the pre-installation forms available below to document these parameters and submit them during your onboarding process.


# Pre-Install Checklists

Before any DeCharge device can be installed and commissioned, whether via delegated operations or self-deployment, it must pass a site readiness evaluation. This ensures the charger performs safely, remains online consistently, and earns rewards reliably.

To streamline this process, we provide dedicated pre-installation checklists for each charger type. Completing these accurately is a mandatory step before scheduling installation or commissioning.

**Why Pre-Install Checks Matter**

* Ensures grid compatibility and electrical safety
* Validates internet reliability
* Prevents installation delays or equipment failures
* Enables smooth onboarding to the DeCharge backend
* Minimizes future maintenance requirements

Each checklist is designed to match the physical, electrical, and environmental requirements of a specific charger model: Mini (3.3 kW), Beast (7.4 kW), or Titan (60 kW). Checklists for upcoming hardware like the Titan Mini and Titan (30/60 kW) include additional fields based on use case.

**General Requirements (All Devices)**

<table><thead><tr><th width="203.39996337890625">Requirement Area</th><th>Parameters</th></tr></thead><tbody><tr><td>Site Ownership</td><td>Must be owned or leased by installer or host, with full access</td></tr><tr><td>Accessibility</td><td>Clear access for cabling, mounting, and daily use</td></tr><tr><td>Weather Protection</td><td>Covered, shaded, or enclosed where required</td></tr><tr><td>Power Supply</td><td>Breaker panel access and capacity matching charger specs</td></tr><tr><td>Earthing</td><td>Confirm presence of ground connection and stable voltage</td></tr><tr><td>Internet Connectivity</td><td>Wi-Fi, 4G SIM, or LAN must be active and testable</td></tr><tr><td>Safety Infrastructure</td><td>Compliant with local regulations and DeCharge recommendations</td></tr></tbody></table>


# Mini (3.3kW)

Step-by-step checklist for safely installing the DeCharge Mini and connecting it to the network.

In addition to the General Requirements mentioned [here](/deployment-and-operations/pre-install-checklists), the device specific requirements for DeCharge Mini (3.3kW) device are as follows:

**Mounting**

* Mounting Type: Wall or Pole
* Location: Parking slot/garrage/business, etc,.
* Is the charger exposed to direct sunlight? If yes, a canopy needs to be installed

**Power Input**

* Voltage: 230V ± 15%, 50Hz
* Input Current: 16A
* Breaker: 20A, single pole MCB installed
* Cable: 3-core, 2.5 sq.mm copper wire with crimped lugs
* Power outlet within 15 meters of mounting point

**Earthing**

* Earthing pit or grounding line is present
* Neutral-to-earth voltage less than 2V
* Wiring sequence: Line, Neutral, Earth - not reversed

**Internet Connectivity**

Must have one of them:

* Wi-Fi: Speed of 100 Mbps or more, router within range, no high-load devices connected
* 4G SIM: Strong signal, non-M2M SIM card installed and activated

**Approvals and Documents**

* Host or site ownership proof (Lease or Ownership document)
* Signed terms and conditions (shared by DeCharge)
* Submitted CMS form (Charging Management System template)

To get DeCharge Mini devices ([delegated](broken://pages/PWPmxuq8E51AcKvoKhxz)), click on the link below:

<https://sales.decharge.network/mini>

Want to install the DeCharge Mini Devices at your location? Fill the form in the webpage below:

{% embed url="<https://decharge.network/join>" %}


# Beast (7.4kW)

Pre-installation guide for DeCharge Beast covering power, mounting, and connectivity readiness.

In addition to the General Requirements mentioned [here](/deployment-and-operations/pre-install-checklists), the device specific requirements for DeCharge Beast (7.4kW) device are as follows:

**Mounting**

* Mounting Type: Wall or Pole
* Location: Parking slot/garrage/business, etc,.
* Is the charger exposed to direct sunlight? If yes, a canopy needs to be installed

**Power Input**

* Voltage: 230V ± 30%, 50Hz
* Input Current: 32A
* Breaker: 40A, 2-pole MCB installed
* Cable: 3-core, 10 sq.mm copper wire with crimped lugs
* Power outlet within 15 meters of mounting point

**Earthing**

* Earthing pit or grounding line is present
* Neutral-to-earth voltage less than 2V
* Wiring sequence: Line, Neutral, Earth - not reversed

**Internet Connectivity**

Must have one of them:

* Wi-Fi: Speed of 100 Mbps or more, router within range, no high-load devices connected
* 4G SIM: Strong signal, non-M2M SIM card installed and activated

**Approvals and Documents**

* Host or site ownership proof (Lease or Ownership document)
* Signed terms and conditions (shared by DeCharge)
* Submitted CMS form (Charging Management System template)

To get DeCharge Beast devices ([delegated](broken://pages/PWPmxuq8E51AcKvoKhxz) / [self-deployed](broken://pages/L67gvBt7fPdLaseIu9uG)), click on the link below:

{% embed url="<https://sales.decharge.network/>" %}

If you are opting for self-deployment, please fill out the pre-requisite details for the Beast device after checkout::

{% embed url="<https://drive.google.com/file/d/15NOwMmkAXq_CGc8fyc3YhOCrgjxhrYr6/view?usp=sharing>" %}

Alternatively, you can make a copy of this document, fill it out, and send it to our email: <chargers@decharge.network>:

{% embed url="<https://docs.google.com/document/d/1jGVpP14XH0RoxsJ_ygmA8-RwhpiB5Bi-ZM8Vod17nbk/edit?usp=sharing>" %}


# Titan Mini (30kW)

Detailed pre-install guide for Titan fast chargers including 3-phase input, grounding, and safety validation.

In addition to the General Requirements mentioned [here](/deployment-and-operations/pre-install-checklists), the device specific requirements for DeCharge Titan Mini (30kW) device are as follows:

**Mounting and Foundation**

* Concrete base prepared as per DeCharge installation blueprint
* Safety clearance of at least 0.5 meters on all sides
* Anchor bolts installed and visible
* Canopy or shed installed for protection

**Power Input Requirements**

<table><thead><tr><th width="106.800048828125">Voltage</th><th width="124.20001220703125">Transformer</th><th width="359.4000244140625">Cable Size</th><th>Breaker Size</th></tr></thead><tbody><tr><td>415V</td><td>50 KVA</td><td>35 sq.mm aluminium or 25 sq.mm copper</td><td>72A</td></tr></tbody></table>

* Breaker panel must be within an accessible range
* Neutral wire of 0.5 core must be connected using proper lugs
* Neutral-to-earth voltage must be below 2V

**Earthing**

* Two earthing pits required
* Cabling: 25 x 3 mm tinned copper bus bar or 25 sq.mm single-core copper wire
* Lugs: Ring-type aluminium or copper lugs for grounding points

**Internet Connectivity**

* LAN: Cat6 cabling with proper termination and surge protection
* 4G/5G SIM: Valid SIM with strong signals
* Wi-Fi: High-speed router, no competing devices, good coverage

**Safety Infrastructure**

* Safety bollards installed
* LED lighting in place
* Fire suppression systems if required by local code
* Security arrangements if in a commercial or public location

**Documentation Required**

* Confirmation of grid connection or power availability
* Approved CMS form with device mapping
* Signature of host or location owner
* Photographs of breaker, cables, and mounting area

Please fill out the interest-cum-pre-requisite form if you're interested in installing a 30kW Titan Mini DC Charger at your location:

{% embed url="<https://drive.google.com/file/d/1455ZWxltQoiMk-4vaRjOus-3BTMqGoFF/view?usp=sharing>" %}

Alternatively, you can make a copy of this below document, fill it out, and send it to our email: <chargers@decharge.network>:

{% embed url="<https://docs.google.com/document/d/17Jw4UpsdAUU0RTuNZlAQIaSnWsfC8bjBkfiFVgN-xhs/edit?usp=sharing>" %}


# Titan (60kW)

Detailed pre-install guide for Titan fast chargers including 3-phase input, grounding, and safety validation.

In addition to the General Requirements mentioned [here](/deployment-and-operations/pre-install-checklists), the device specific requirements for DeCharge Titan (60kW) device are as follows:

**Mounting and Foundation**

* Concrete base prepared as per DeCharge installation blueprint
* Safety clearance on all sides
* Anchor bolts installed and visible
* Canopy or shed installed for protection

**Power Input Requirements**

<table><thead><tr><th width="106.800048828125">Voltage</th><th width="124.20001220703125">Transformer</th><th width="359.4000244140625">Cable Size</th><th>Breaker Size</th></tr></thead><tbody><tr><td>415V</td><td>100 KVA</td><td>95 sq.mm aluminium or 60 sq.mm copper</td><td>120A</td></tr></tbody></table>

* Breaker panel must be within an accessible range
* Neutral wire of 0.5 core must be connected using proper lugs
* Neutral-to-earth voltage must be below 2V

**Earthing**

* Two earthing pits required
* Cabling: 25 x 3 mm tinned copper bus bar or 25 sq.mm single-core copper wire
* Lugs: Ring-type aluminium or copper lugs for grounding points

**Internet Connectivity**

* LAN: Cat6 cabling with proper termination and surge protection
* 4G/5G SIM: Valid SIM with strong signals
* Wi-Fi: High-speed router, no competing devices, good coverage

**Safety Infrastructure**

* Safety bollards installed
* LED lighting in place
* Fire suppression systems if required by local code
* Security arrangements if in a commercial or public location

**Documentation Required**

* Confirmation of grid connection or power availability
* Approved CMS form with device mapping
* Signature of host or location owner
* Photographs of breaker, cables, and mounting area

Please fill out the interest-cum-pre-requisite form if you're interested in installing a 60kW Titan DC Charger at your location:

{% embed url="<https://drive.google.com/file/d/1VQwdLSkEjd2VoOZZY082o2HQjVw4hMwv/view?usp=sharing>" %}

Alternatively, you can make a copy of this below document, fill it out, and send it to our email: <chargers@decharge.network>:

{% embed url="<https://docs.google.com/document/d/1724hBEmN8YalJ1rLtpTJFimuCZEwCidUgPTUW18_bRc/edit?usp=sharing>" %}


# Submission, Approval Process and Support

**Submission and Approval Process**

Once all checklist items are completed:

1. Fill and sign the DeCharge Pre-Installation Form

* Beast (7.4kW) Pre-Installation Form - [PDF](https://drive.google.com/file/d/15NOwMmkAXq_CGc8fyc3YhOCrgjxhrYr6/view?usp=drive_link) | [Word](https://docs.google.com/document/d/1jGVpP14XH0RoxsJ_ygmA8-RwhpiB5Bi-ZM8Vod17nbk/edit?usp=sharing)
* Titan Mini (30kW) Pre-Installation Form - [PDF](https://drive.google.com/file/d/1455ZWxltQoiMk-4vaRjOus-3BTMqGoFF/view?usp=drive_link) | [Word](https://docs.google.com/document/d/17Jw4UpsdAUU0RTuNZlAQIaSnWsfC8bjBkfiFVgN-xhs/edit?usp=sharing)
* Titan (60kW) Pre-Installation Form - [PDF](https://drive.google.com/file/d/1VQwdLSkEjd2VoOZZY082o2HQjVw4hMwv/view?usp=drive_link) | [Word](https://docs.google.com/document/d/1724hBEmN8YalJ1rLtpTJFimuCZEwCidUgPTUW18_bRc/edit?usp=sharing)

(Make a copy of Word Document or print out the PDF form, fill the details)

2. Attach all required photos and documents
3. Email the above to <chargers@decharge.network>
4. Await site clearance from the DeCharge Ops team

Following approval:

* **For delegated deployments:** installation is scheduled by DeCharge
* **For self-installation:** you may begin setup and request remote commissioning

**Installation Support**

If you have any concerns during site preparation or installation:

* Contact the DeCharge support team at <support@decharge.network>
* Join the[ community Telegram](https://t.me/dechargecommunity) for quick guidance
* Refer to the Troubleshooting Guide for issue resolution


# Commissioning Process

Understand how to activate and verify DeCharge devices post-installation through network commissioning.

Commissioning is the final and most critical step in integrating a DeCharge device into the live network. It marks the transition from physical installation to operational status, ensuring that the charger is functioning safely, connected to the backend, and ready to earn rewards.

This process is mandatory for all deployment models including delegated, partnered, and self-installations and applies across the product range (Mini, Beast, Titan Mini and Titan).

## **Purpose of Commissioning**

* Verify hardware installation against technical requirements
* Validate safety protections, power quality, and earthing
* Confirm internet connectivity and telemetry streaming
* Sync the charger to the Charging Management System (CMS)
* Enable reward tracking and dashboard access

## **Step-by-Step Commissioning Workflow**

The commissioning process involves seven key stages:

**1. Site Verification**

* The host or installer submits the completed Pre-Install Checklist and CMS form
* DeCharge reviews the documentation, photos, and site specifications
* If required, a virtual or physical inspection is scheduled
* Approval is granted to proceed to hardware activation

**2. Installer Dispatch or Host Self-Installation**

* Delegated Installations: DeCharge dispatches an approved field technician to the site
* Self Installations: Hosts may complete setup and coordinate remotely with the DeCharge team
* Partnered Deployments: Coordinated through third-party operations team with DeCharge oversight

**3. Electrical and Network Setup**

* Final cabling, earthing, and breaker installation is verified on-site
* Charger is physically mounted to wall, pole, or plinth
* Internet mode (Wi-Fi, LAN, or 4G SIM) is connected and tested
* Safety features such as RCD, surge protection, and thermal cutoff are cross-checked
* On-device diagnostics are triggered to ensure integrity of internal subsystems

**4. Initial Power-On and Self-Test**

* The charger is powered on and enters diagnostic mode
* Internal sensors run self-checks for temperature, voltage, and metering integrity
* LED indicators show operational readiness
* Firmware version and network pairing are validated against the backend

**5. CMS Integration and Activation**

* The device connects to the Charging Management System (CMS)
* A unique device ID is generated and mapped to the host’s account
* Telemetry such as energy dispensed, uptime, and charging session data begins syncing
* Device status is reflected on the host dashboard
* Live connectivity is maintained for a minimum of 24 hours to ensure stable operation

**6. Final Review and Confirmation**

* DeCharge performs backend review of the following:
  * Energy logging
  * Network connectivity
  * Safety telemetry
  * Location tagging
* A confirmation email is sent to the host indicating the device is now live
* Device ID is now visible on the host panel and eligible for rewards
* From this point, every kilowatt-hour dispensed is tracked and factored into the reward engine

**7. Orientation and Support**

* A 15 to 30-minute onboarding session is provided (online or in person)
* Includes:
  * How to monitor usage
  * Reward tracking and payout logic
  * When and how to perform basic maintenance
  * Troubleshooting common issues
* The final commissioning form is signed and stored in the DeCharge records<br>

## **Typical Timeline**

| Phase                   | Estimated Duration      |
| ----------------------- | ----------------------- |
| Site readiness review   | 1-3 business days       |
| Installation and setup  | 1 day (or host-guided)  |
| CMS pairing and testing | 12-24 hours             |
| Go-live and orientation | Within 48 hours of pass |

Note: Timeline may vary based on deployment model, region, and internet or power availability.

## **Important Considerations**

* Chargers cannot earn rewards until commissioning is successfully completed
* Any change in site layout, power input, or internet connectivity may require re-commissioning
* Device tampering post-commissioning will void warranty and may result in suspension from the rewards system
* If the device remains offline for more than 72 hours post commissioning, it is flagged for follow-up

## **Support Channels**

For questions during commissioning:

* Email: <support@decharge.network>
* Telegram:[ https://t.me/dechargecommunity](https://t.me/dechargecommunity)
* Discord:[ https://discord.gg/RpmsUu5nfx](https://discord.gg/RpmsUu5nfx)

The commissioning step ensures your charger is not just installed but officially part of the DeCharge network, fully traceable, safe, and profitable to operate.


# Maintenance Schedule

Follow routine checks and OTA updates to keep your DeCharge chargers running efficiently.

Even with high-quality hardware and automated monitoring, all physical infrastructure benefits from regular maintenance. For DeCharge devices, preventive maintenance ensures maximum uptime, accurate telemetry, long-term safety, and consistent reward eligibility.

This section outlines the standard maintenance schedule recommended for each charger model (Mini, Beast, Titan) and provides guidelines for hosts, operators, and field technicians.

## **Goals of Routine Maintenance**

* Prevent hardware degradation due to environmental exposure
* Ensure uninterrupted data streaming to the backend
* Detect and resolve early signs of faults or wear
* Preserve compliance with safety standards
* Extend device lifespan and maximize earnings

## Maintenance Responsibilities

| Role      | Responsibility                                  |
| --------- | ----------------------------------------------- |
| Host      | Perform basic inspections and cleaning          |
| Installer | Handle annual electrical and insulation testing |
| DeCharge  | Oversee remote diagnostics and OTA firmware     |

Depending on the deployment model, some tasks may be carried out by DeCharge or delegated partner teams. In DIY models, hosts are provided training and checklists to perform regular upkeep.

## Frequency-Based Maintenance Checklist

| Task                                     | Frequency         | Applies To               |
| ---------------------------------------- | ----------------- | ------------------------ |
| Visual inspection for dirt, rust, damage | Monthly           | All devices              |
| Clean exterior with dry cloth            | Monthly           | All devices              |
| Check LED indicators                     | Weekly (optional) | All devices              |
| Firmware version check                   | Monthly (auto)    | All devices              |
| Internet speed and SIM signal test       | Quarterly         | Mini, Beast              |
| Power output validation                  | Quarterly         | Beast, Titan Mini, Titan |
| Insulation resistance and ground check   | Annually          | All devices              |
| Surge protection test                    | Annually          | Beast, Titan Mini, Titan |
| Cooling system review (Titan)            | Semi-annually     | Titan Mini, Titan        |

## Details for Each Activity

Visual Inspection

* Look for signs of physical wear: rust, dents, cable abrasion
* Check for water intrusion or residue buildup near ports
* Verify mounting stability and panel closure

Cleaning Guidelines

* Use a soft dry cloth to clean surface and vents
* Do not apply water, solvents, or spray cleaners
* Remove leaves, dust, or insects around ventilation panels

Internet Health Check

* Use the DeCharge app or dashboard to view signal strength
* Restart router or replace SIM if performance drops below minimum
* Relocate antenna if needed to improve reception

Electrical System Review (by professional)

* Confirm RCD and MCB ratings are within spec
* Use insulation resistance meter to measure cable health
* Retighten loose wiring and replace worn lugs

Firmware and Telemetry Monitoring

* Most firmware updates are pushed over-the-air by DeCharge
* Hosts will receive email notifications if manual intervention is needed
* All session logs and errors can be viewed via the host dashboard

Cooling System (Titan Mini and Titan)

* Ensure cooling fan or liquid system is operating quietly
* Clean filter mesh (if present)
* Check coolant levels and top-up if required (applies to liquid-cooled models only)

## Maintenance Notifications

DeCharge backend automatically monitors device health and uptime. You may receive alerts for:

* Missed maintenance cycles
* Sudden drops in connectivity or power output
* Excessive ambient heat or enclosure temperature
* Inconsistent energy tracking or firmware version mismatch

All alerts will be sent via email or shown on your device dashboard.

## Maintenance and Rewards

Maintenance directly affects the DeCharge rewards engine. Devices with poor uptime or fault reports may:

* Earn reduced rewards during the epoch
* Be flagged for underperformance
* Temporarily lose visibility on the public charging map
* Require re-commissioning after extended downtime

By following the prescribed maintenance schedule, you help ensure your device remains profitable, compliant, and fully integrated into the network.


# Troubleshooting Guide

Quick reference to diagnose and resolve common issues in DeCharge installations and operations.

DeCharge devices are designed to operate reliably in a wide range of environments, but real-world deployments can occasionally encounter issues related to power, internet, or physical conditions. This troubleshooting guide is intended for hosts, operators, and support teams to quickly diagnose and resolve common problems.

All DeCharge chargers are equipped with self-monitoring diagnostics, live error reporting, and remote management capabilities. Many issues can be addressed without technical expertise, especially when guided by this reference.

## Common Symptoms and Resolutions

| Symptiom                         | Possible Cause                                  | Suggested Action                                   |
| -------------------------------- | ----------------------------------------------- | -------------------------------------------------- |
| Device not showing online        | No internet or offline router/SIM               | Restart router or replace SIM card                 |
| No power output during plug-in   | Power cable issue or MCB tripped                | Inspect wiring, reset breaker, call electrician    |
| Low or no rewards despite uptime | Charger placed in low-demand area               | Consider relocating or enabling shared access      |
| Blinking red LED                 | Hardware fault or thermal issue                 | Shut down, allow cooldown, contact support         |
| Slow charging speed              | Low voltage supply or damaged plug              | Check supply rating and connector integrity        |
| Random reboots or session drops  | Firmware issue or unstable power input          | Contact DeCharge to push firmware update           |
| Frequent session aborts          | Faulty EV plug, cable stress, or connector dirt | Clean plug, reduce cable strain, inspect socket    |
| Unable to connect to app         | Router conflict, firewall, or outdated firmware | Check router settings, update app, contact support |

## Internet and Connectivity Issues

Symptoms:

* Device not reporting sessions
* Remote lock/unlock not working
* Dashboard shows device offline

Checklist:

* Confirm 4G SIM card is active and inserted properly
* Use a hotspot or second phone to check signal at the site
* For Wi-Fi: ensure the router is within 10 meters and not overloaded
* Use app to run a connectivity test
* If using LAN (for Titan), check switch port, cable, and surge protector

If issues persist, reboot the charger and router. If this does not resolve the issue, contact DeCharge support with your device ID.

## Power and Cabling Problems

Symptoms:

* No energy dispensed
* Charger shuts off randomly
* Circuit breaker trips during session

Checklist:

* Ensure input voltage and current match the charger's requirements
* Inspect for loose wiring, melted insulation, or burnt smell
* Reset breaker, then test with a different EV if possible
* Do not bypass RCD or MCB components

Power-related issues should be addressed by a qualified electrician. If you are part of a delegated deployment, DeCharge will dispatch a technician.

## Charging Issues with EVs

Symptoms:

* EV doesn't start charging
* Charging starts, then disconnects
* Charging stops before full battery

Checklist:

* Try the same EV on another DeCharge charger to isolate the issue
* Try a different EV to test the charger
* Inspect pins inside the charging socket for debris or damage
* Confirm connector is inserted securely and not under tension
* Clean plug with dry cloth if needed

Note: Some EVs may reject charging if battery temperature is too low or high, or if their internal BMS (battery management system) detects instability.

## Firmware and Reward Errors

Symptoms:

* Energy data not syncing
* Uptime lower than expected
* Rewards not received for valid sessions

Checklist:

* Check firmware version via dashboard
* Confirm last update timestamp
* Use diagnostics panel to view session logs
* Contact DeCharge with error codes or logs

Firmware issues are often resolved via automatic OTA (over-the-air) updates. Hosts will be notified if manual action is required.

## When to Contact DeCharge Support

You should reach out to DeCharge directly when:

* The device is non-functional for more than 24 hours
* Any error persists after trying the steps listed above
* Installation validation fails during commissioning
* Hardware is physically damaged or vandalized
* Rewards are missing for multiple epochs despite uptime

Provide the following details in your support ticket:

* Device ID
* Description of issue
* Photo/video of charger, wiring, or LEDs
* Steps already attempted
* Contact number and site address (if on-site assistance is needed)

## **Support Contact:**

Email: <support@decharge.network>\
Telegram:[ https://t.me/dechargecommunity<br>](https://t.me/dechargecommunity)Dashboard:[ https://decharge.network](https://decharge.network)


# How to Leverage DeCharge

Learn how anyone can earn from the DeCharge network by hosting or funding real EV chargers.

DeCharge is more than just a charging network. It is a platform that empowers individuals, property owners, entrepreneurs, and community builders to participate in and profit from the electrification of the world. This section provides a comprehensive overview of how different stakeholders can leverage DeCharge based on their context, capacity, and goals.

Whether you want to earn passive income, monetize idle land, power your fleet, or contribute to a decentralized energy movement, DeCharge offers a role tailored to your situation.

## Key Ways to Leverage the DeCharge Ecosystem

1. **Deploy and Earn**\
   Purchase and install a DeCharge Mini, Beast, or Titan family (Titan Mini or Titan) charger at your location. Each session generates revenue for the host, calculated based on energy usage, uptime, and other real-world metrics.
2. **Join Delegated Deployments**\
   No property? No problem. Participate in delegated deployments where you help fund the installation including high-power Titan Mini and Titan units in logistics hubs, and DeCharge handles the site, setup, and operations. You receive a share of the session-based rewards based on your ownership stake.
3. **Provide Real Estate**\
   Have unused parking space, storefronts, or commercial real estate? Partner with DeCharge to convert your underutilized land into an EV charging site. We provide the hardware, setup, and maintenance. You earn a portion of the revenue without operational burden.
4. **Promote and Earn**\
   Become a community promoter or regional ambassador. Help DeCharge identify high-demand areas, onboard new hosts or investors, and assist with early adoption. Get rewarded via referral bonuses and early access to new devices.
5. **Run a Local EV Business**\
   For entrepreneurs in emerging EV markets, DeCharge hardware can be bundled with services like EV rentals, local battery swaps, or charging-on-demand businesses. Use the device as a business enabler, not just a revenue source.
6. **Create Microgrids and Edge Networks**\
   Advanced users and developers can integrate DeCharge nodes into solar microgrids, energy storage solutions, or autonomous fleet systems. The chargers support smart routing, local telemetry, and upcoming integrations for programmable logic.
7. **Refer and onboard new device buyers to the network**\
   The DeCharge network is designed to grow through community participation, and our referral system is a core mechanism to reward users who help expand it. Whether you're a host, investor, or evangelist, you can boost your income by referring others to deploy chargers and meet usage goals.
8. **Join DePINFi Pools:**\
   Contribute USDC or USDT to community-funded pools that finance verified DeCharge sites. You gain exposure to infrastructure performance without managing deployment or operations while retaining transparent, on-chain proof of your ownership share. More info on [DePIN-Fi Pools](/depin-fi-pools/depin-fi-pools-tokenized-energy-infrastructure)

## Choosing the Right Entry Point

<table><thead><tr><th width="214.60003662109375">Profile Type</th><th width="217.199951171875">Suggested Model</th><th>Benefits</th></tr></thead><tbody><tr><td>Passive Income Seeker</td><td>Delegated Deployment</td><td>Hands-off, fully managed, earn from usage</td></tr><tr><td>Land or Property Owner</td><td>Host Deployment (DIY or Delegated)</td><td>Monetize space, increase property utility</td></tr><tr><td>Small Business Owner</td><td>Charger-as-a-Service</td><td>Drive traffic, retain customers, earn on energy</td></tr><tr><td>DePIN Enthusiast</td><td>Multi-node Deployment + Governance</td><td>Contribute to network growth, earn reputation</td></tr><tr><td>EV Fleet Operator</td><td>Private Installations + Custom Routing</td><td>Lower charging costs, higher uptime for fleet</td></tr><tr><td>Developer / Integrator</td><td>API / Data Layer Access (coming soon)</td><td>Build dashboards, route logic, or monetization layers</td></tr></tbody></table>

## What You’ll Need

Before leveraging DeCharge, ensure you are ready with the following:

* **Basic Infrastructure**\
  Access to a power line, internet (Wi-Fi or 4G), and a secure mounting point
* **Understanding of Roles**\
  Know whether you're acting as a host, investor, operator, or a combination of these
* **Registration**\
  Create a DeCharge account and verify your location or funding status
* **Onboarding Materials**\
  Familiarize yourself with the Installation Checklist, Safety Guide, and Deployment Models section
* **Support Access**\
  Join the DeCharge Telegram or Discord for help, updates, and community knowledge sharing
* **Power Requirements**\
  Titan Family devices may require Industrial power.

## Maximizing Long-Term Value

To make the most out of your participation:

* Choose high-visibility, high-demand sites for installation
* Maintain your hardware (cleaning, shading, connectivity)
* Respond to network updates and install firmware patches on time
* Encourage local EV adoption by promoting your charger location
* Track usage metrics to optimize placement or upgrade devices
* Join feedback loops to influence protocol updates and incentives

## Final Thoughts

DeCharge is not a one-size-fits-all platform. It is modular, decentralized, and designed to scale with your ambition. Whether you are an individual earning your first few hundred dollars or a city-level partner deploying hundreds of chargers, there is room for you to grow.

With DeCharge, participation is not just allowed. It is the foundation of the entire network.


# For Passive Income Seekers

Host or fund DeCharge devices to generate consistent passive income through real-world energy use.

DeCharge offers a unique opportunity for individuals looking to generate real-world passive income by participating in a decentralized, energy-focused infrastructure network.

Whether you're a crypto-native DePIN explorer, a traditional investor, or someone just entering the world of real assets, DeCharge enables you to earn income from actual usage of physical charging stations-without needing to manage daily operations.

## Why DeCharge is Ideal for Passive Income

Unlike speculative tokens or staking models that rely on market volatility, DeCharge rewards are based on tangible utility: energy delivered to vehicles.

That means:

* Rewards are tied to real-world demand
* No need to monitor charts or manage volatile positions
* You earn continuously as the network grows
* Devices are productive assets, not speculative bets

This is physical infrastructure, owned and powered by you.

## How It Works

### **Option 1: Delegated Deployment**

This model is designed specifically for passive participants who don’t have access to a physical installation site.

How it works:

* You purchase or fund a charger (Mini or Beast)
* DeCharge handles deployment, site selection, internet setup, power availability, and operations
* Once installed, the device starts earning based on energy throughput and uptime
* Your share of rewards is automatically tracked and distributed

Your role:

* No installation required
* No maintenance responsibilities
* You receive a share of the usage-based revenue from the device you funded

This is truly hands-off infrastructure ownership.

### **Option 2: Co-Ownership in Partnered Hubs**

For higher-tier participants,DeCharge offers the opportunity to co-fund high-capacity Beast, Titan Mini, or Titan deployments in logistics hubs, public spaces, or fleet corridors.

In this model:

* Multiple contributors fund a set of devices
* Revenue is distributed proportionally across stakeholders
* Devices are professionally operated by DeCharge or partner operators
* These installations are often located in high-traffic, high-demand zones

## What You Earn

Your returns depend on the model, device type, and utilization. Typical earnings range:

<table><thead><tr><th width="167.4000244140625">Device Model</th><th width="218.5999755859375">Avg Daily Payout (Delegated)</th><th>Annual Estimate</th></tr></thead><tbody><tr><td>Mini (3.3 kW)</td><td>$1.50 - $2.50</td><td>$500 - $900</td></tr><tr><td>Beast (7.4 kW)</td><td>$4.00 - $6.50</td><td>$1,500 - $2,300</td></tr><tr><td>Titan Mini (30 kW)</td><td>$18.00 - $32.00</td><td>$6,500 - $12,000</td></tr><tr><td>Titan (60 kW)</td><td>$36.00 - $60.00</td><td>$13,000 - $22,000</td></tr></tbody></table>

Actual earnings vary by location, device uptime, and grid conditions. Performance reports are provided via your DeCharge dashboard.

## Why This is Different From Other Models

<table><thead><tr><th width="200.20001220703125">Model</th><th width="269">DeCharge</th><th>Traditional Passive Options</th></tr></thead><tbody><tr><td>Backed by real usage</td><td>✅ Energy sessions logged</td><td>❌ Often speculative or abstract</td></tr><tr><td>Easy to verify</td><td>✅ Transparent dashboard</td><td>❌ Limited reporting</td></tr><tr><td>Scales with network</td><td>✅ More devices = more use</td><td>❌ Fixed or capped yield</td></tr><tr><td>Low entry barrier</td><td>✅ Starts with 1 device</td><td>❌ Often requires pooled capital</td></tr><tr><td>Global participation</td><td>✅ Cross-border friendly</td><td>❌ Geography-constrained</td></tr></tbody></table>

DeCharge gives you access to real income streams without owning property, running operations, or navigating regulatory barriers.

## How to Get Started

1. Visit[ https://decharge.network<br>](https://decharge.network)→ Go to the Delegated Deployments or Passive Income section.
2. Choose your device type\
   → Mini or Beast (based on available bundles).
3. Confirm your wallet and account\
   → You’ll receive a confirmation and onboarding link once the purchase is complete.
4. Track earnings via dashboard\
   → See uptime, energy dispensed, and your earnings in real-time.
5. Compound your impact\
   → Reinvest in more devices or refer others to earn additional bonuses.

## Who This is For

* Crypto users looking for real-world yield
* Retirees and professionals seeking hands-off income streams
* Investors exploring DePIN opportunities
* Community members interested in climate-positive returns
* Influencers or educators who want to share plug-and-earn opportunities

In the next section, we’ll explore how property and real estate owners can leverage DeCharge to monetize unused space, attract footfall, and participate in this same rewards ecosystem.


# For Real Estate Owners

Turn your property into a smart EV charging hub and attract tenants or visitors with DeCharge installations.

DeCharge transforms real estate from static space into active infrastructure.

If you own or manage property, whether residential, commercial, or industrial, you can turn underutilized parking spots, garage walls, or driveways into revenue-generating EV charging hubs. With the rise of electric vehicles, hosting a charger is not just a convenience. It’s a competitive advantage.

## Why EV Infrastructure Adds Value to Property

The demand for on-site EV charging is growing rapidly across both urban and Tier 2 and 3 regions. For tenants, customers, and visitors, charging access is no longer a luxury. It is becoming an expectation.

By deploying a DeCharge device on your property, you:

* Attract EV users and high-value foot traffic
* Improve asset yield per square meter
* Future-proof your property against changing transportation needs
* Create passive income from unused infrastructure

EV-ready properties command higher rental and resale value. In many jurisdictions, they are eligible for green building or tax incentives.

## What You Can Host

DeCharge offers hardware options suitable for all types of real estate:

<table><thead><tr><th width="120.39996337890625">Device</th><th width="272.4000244140625">Best For</th><th width="214.2000732421875">Power Requirements</th><th>Mounting</th></tr></thead><tbody><tr><td>Mini</td><td>Small shops, homes, cafés</td><td>3.3 kW, 16A, 230V AC</td><td>Wall</td></tr><tr><td>Beast</td><td>Apartments, malls, office lots</td><td>7.4 kW, 32A, 230V AC</td><td>Pole/Wall</td></tr><tr><td>Titan Mini</td><td>Urban logistics, city hubs</td><td>30 kW, 415V, 3-phase DC</td><td>Ground</td></tr><tr><td>Titan</td><td>Large plots, fleets, highway hubs</td><td>60 kW, 3-phase 415V DC</td><td>Ground</td></tr></tbody></table>

You don’t need to install all four. One well-placed charger is enough to get started and test the opportunity.

## Deployment Options

### **Option 1: Self-Hosted Installation**

If you already own the land or building:

* Choose a device and install it on-site
* Use your existing electricity and internet connection
* Track uptime and usage via the DeCharge dashboard
* Earn revenue from every kilowatt-hour dispensed

This model is ideal for property managers and independent building owners looking to unlock long-term asset value.

### **Option 2: Delegated Deployment**

If you prefer a hands-off model:

* DeCharge assesses your property and deploys devices for you
* We handle power approvals, internet setup, and commissioning
* You receive a share of earnings without active management

This model is especially effective for commercial lots, parking contractors, or gated societies. Titan Mini units are especially suitable for high-traffic urban sites where space and demand support fast DC charging without full-scale 60 kW infrastructure.

## Real Estate Plus Charging Equals Triple Monetization

EV infrastructure unlocks multiple layers of value:

<table><thead><tr><th width="160.20001220703125">Layer</th><th>Description</th></tr></thead><tbody><tr><td>Energy Revenue</td><td>Earnings from every charging session at your location</td></tr><tr><td>Property Upside</td><td>Increased rental rates, green certification, better ROI</td></tr><tr><td>Ancillary Income</td><td>Attracts footfall to cafés, retail, and shared amenities</td></tr></tbody></table>

Each EV charger becomes a revenue-generating node, not just an appliance.

## What You'll Need

Minimal changes are required for most properties. The basic checklist includes:

* A dedicated electrical connection (verified in our checklist)
* A parking spot or flat surface for wall or pole mounting
* Stable internet via Wi-Fi or 4G (SIM-ready options available)
* Site access for the DeCharge installer (if delegated)

You’ll be guided through the prerequisites based on your selected charger.

## What About Permissions or Licensing?

DeCharge chargers typically fall under non-commercial regulations because they operate at residential-grade AC levels. This means:

* No utility license is needed in most countries
* Devices are plug-and-play with no civil work required
* Installation approvals, if any, are handled by the DeCharge deployment team

For gated communities or shared societies, a no-objection certificate (NOC) may be required. We provide a draft template for this purpose.

## Who This Is For

* Apartment owners and RWAs
* Standalone house owners with driveways or street access
* Commercial plaza and mall operators
* Hotels, restaurants, and cafés
* Hospital and college campuses
* Builders or property developers planning new sites

By hosting a charger, you're not just installing hardware. You're participating in the energy economy of the future.


# For Businesses

Boost visibility and revenue by hosting DeCharge chargers that serve local EV users.

DeCharge empowers businesses to turn parking space into profit.

Whether you're a shop owner, café manager, repair garage operator, or co-working space provider, EV charging infrastructure gives you an edge. It draws customers, improves dwell time, and provides an extra stream of recurring income.

This section covers how DeCharge aligns with the needs of small and medium enterprises (SMEs) and businesses on how you can get started with little to no technical complexity.

## Why EV Charging Makes Business Sense

Electric vehicle usage is growing rapidly, especially in Tier 1 and Tier 2 cities. The number of EV drivers looking for charging spots near food joints, service centers, and daily errand stops is increasing daily.

If you already have:

* A storefront or office with space for a vehicle
* Access to electricity and internet
* Occasional vehicle traffic nearby

Then you're already eligible to host a DeCharge device.

## Use Cases for SMEs and Businesses

Here are typical examples of how DeCharge can add value:

<table><thead><tr><th width="198.60003662109375">Business Type</th><th>EV Charger Use Case</th></tr></thead><tbody><tr><td>Cafés &#x26; Restaurants</td><td>Charge while customers dine or take coffee breaks</td></tr><tr><td>Grocery Stores</td><td>Add value for regular customers with free or discounted charging</td></tr><tr><td>Mechanic Garages</td><td>Offer overnight charging for clients or staff</td></tr><tr><td>Small Offices</td><td>Provide employee or visitor charging in parking bays</td></tr><tr><td>Co-working Spaces</td><td>Add EV charging as a paid amenity</td></tr><tr><td>Homestays &#x26; Lodges</td><td>Increase booking value with EV-ready infrastructure</td></tr></tbody></table>

In each case, hosting a DeCharge device becomes a form of local marketing, customer retention, and passive income. For businesses located near transit corridors or logistics nodes, consider hosting a Titan Mini (30 kW) for fast-turnaround charging of delivery fleets and commercial vehicles.

## How to Get Started

You can begin in two ways:

### **1. Self-Deployment**

Perfect for shop owners and local operators.

* Order a Mini or Beast charger
* Install it with basic electrical compliance
* Configure your Wi-Fi or 4G setup
* Go live in less than a week

You’ll start earning from every EV charging session. Maintenance is minimal, and earnings are tracked on your dashboard.

### **2. Delegate the site**

If you’re unsure how to set it up or lack technical bandwidth:

* Fill out a simple interest form
* DeCharge evaluates your site
* Our team installs, maintains, and manages the device
* You earn a share of the usage revenue

This is ideal if you’re busy running your core business but still want the benefits of being an infrastructure host.

## Benefits for Small Business Owners

<table><thead><tr><th width="174.5999755859375">Benefit</th><th>Description</th></tr></thead><tbody><tr><td>Extra Footfall</td><td>EV users discover your location via DeCharge map and Google search</td></tr><tr><td>Passive Income</td><td>Earn money without changing anything about your existing business</td></tr><tr><td>Green Branding</td><td>Showcase environmental responsibility to customers</td></tr><tr><td>Monetize Idle Space</td><td>Turn parking or side-lot into a revenue generator</td></tr><tr><td>Low Upfront Cost</td><td>Mini chargers are affordable, and delegated installs reduce capital risk</td></tr></tbody></table>

## No Complex Permits or Paperwork

Most DeCharge chargers (Mini and Beast) fall under residential-grade equipment, which means:

* No commercial energy license needed
* Minimal site preparation
* Standard household-level circuit breakers and wiring are sufficient
* All required compliance is handled as part of onboarding

This removes the regulatory burden that typically prevents small businesses from participating in infrastructure plays.

## Who This Is For

* Local shops and corner stores
* Cafés and juice bars
* Clinics and tuition centers
* Repair garages and car wash stations
* Beauty salons and small gyms
* Anyone with a storefront and a parking slot

Adding a DeCharge device isn't just about earning money. It's about becoming a part of your city’s infrastructure story.


# For DePIN Enthusiasts

Join the next wave of decentralized infrastructure with DeCharge’s DePIN-powered charging network.

DeCharge is one of the most advanced real-world applications of the DePIN (Decentralized Physical Infrastructure Network) thesis. If you're already deep into the DePIN ecosystem, or you're exploring real-world projects that blend hardware, software, and tokenized coordination, this section is for you.

## Why DePIN?

DePIN projects enable everyday participants to build and own parts of the physical infrastructure traditionally controlled by centralized companies or governments. This flips the infrastructure model from top-down to bottom-up.

The DePIN stack typically involves:

* Physical devices deployed in the real world
* A coordination layer (often on-chain)
* A reward system based on real usage, uptime, or utility
* An open network of contributors who expand the system without central gatekeeping

Helium (for wireless), Hivemapper (for maps), and WeatherXM (for climate data) have demonstrated the power of this model. DeCharge brings the same logic to EV charging and energy access.

## How DeCharge Aligns with DePIN Principles

<table><thead><tr><th width="188.20001220703125">DePIN Layer</th><th>DeCharge Implementation</th></tr></thead><tbody><tr><td>Physical Layer</td><td>AC and DC chargers (Mini, Beast, Titan Mini, Titan) deployed across homes, businesses, cities</td></tr><tr><td>Data Layer</td><td>Real-time telemetry, usage metrics, uptime reports</td></tr><tr><td>Coordination Layer</td><td>Backend logic + smart contract-based rewards accounting</td></tr><tr><td>Incentive Layer</td><td>Points engine tied to verified performance and contribution</td></tr><tr><td>Community Layer</td><td>Open onboarding, community governance, delegated growth</td></tr></tbody></table>

This architecture creates a fully permissionless energy infrastructure network. Each charger added to the network increases utility for all others, in line with DePIN flywheel dynamics.

## What Makes DeCharge Unique in the DePIN Landscape?

1. **Energy Use Is Non-Speculative**\
   Unlike mapping or sensing, energy consumption is real, paid for, and continuous. Every charging session represents a verified and monetizable use case.
2. **Hard Engineering + Real Compliance**\
   Devices are built to meet standards. This means DeCharge isn’t operating in a regulatory gray area. It’s building real-world-compliant infra.
3. **Multiple Entry Paths**\
   You can deploy your own hardware, fund delegated installs, or host via partnerships. This makes it flexible for passive earners, power users, and tinkerers alike.
4. **Hardware with Recurring Yield**\
   Each charger (Mini, Beast, Titan Mini, Titan) is a real asset, providing yield in the form of usage-based rewards. It is both a node and a revenue-generating micro-business.
5. **Infrastructure with Extensibility**\
   The DeCharge network is not limited to EVs. It is designed to eventually serve drones, autonomous fleets, sidewalk bots, and energy microgrids.

## Ideal for Early Builders

If you're a DePIN power user, here’s how you can contribute:

* Buy and deploy Mini, Beast, or Titan Mini chargers in strategic locations
* Collaborate with DeCharge on city or regional network plans
* Help validate firmware, field test devices, and optimize placement
* Educate new users about how DeCharge fits within the broader DePIN narrative
* Join governance efforts and proposal reviews
* Build integrations between DeCharge data and other open infrastructure layers

## Integration Opportunities

DeCharge is open to composability and integration with other DePIN or Web3 infrastructure projects. Areas of collaboration include:

* Location-based APIs
* Real-time kWh and uptime feeds
* Fleet-based load balancing
* Wallet-linked energy micro-payments
* On-chain reputation for hosts and devices
* Multi-project bundling (e.g., deploy Helium + DeCharge + WeatherXM on one pole)

If you’re building a DePIN toolkit, SDK, dashboard, or data layer, DeCharge’s open telemetry and modular hardware stack make it a highly compatible counterpart.

## How to Get Started

* Join the DeCharge community via[ Discord](https://discord.gg/RpmsUu5nfx) or[ Telegram](https://t.me/dechargecommunity)
* Review the deployment models and pick the one that aligns with your profile
* Order a Beast or Mini charger and start earning rewards
* Collaborate with the core team to shape Season 3 deployment zones
* Join testnet feedback loops and firmware alpha testing programs

DeCharge is not just about energy. It is about unlocking physical infrastructure ownership at scale - by the people, for the people. For the DePIN movement to scale into a billion-dollar economy, real-world use cases like EV charging are essential.


# Referral Program

Earn rewards for every new device buyer or host you onboard into the DeCharge network.

The DeCharge network is designed to grow through community participation, and our referral system is a core mechanism to reward users who help expand it. Whether you're a host, investor, or evangelist, you can boost your income by referring others to deploy chargers and meet usage goals.

### Why Referrals Matter

Each new charger brought into the network increases coverage, redundancy, and energy availability. This benefits all hosts and EV users. DeCharge referrals are simple, impactful, and financially rewarding.

### Key Benefits

<table><thead><tr><th width="408.9998779296875">Action</th><th>Reward</th></tr></thead><tbody><tr><td>Referral commission on purchase of  a Beast charger by new user</td><td>$100 flat per device</td></tr><tr><td>Referral commission on purchase of a Mini 3x Bundle by new user</td><td>$15 flat per bundle</td></tr><tr><td>Referral commission on purchase of a Mini 5x Bundle by new user</td><td>$25 flat per bundle</td></tr><tr><td>7 successful referrals (Beast)</td><td>Covers full cost of one Beast charger ($759)</td></tr><tr><td>10 referrals in 10 days</td><td>$200 bonus booster (Applies only for Beast devices)</td></tr><tr><td>Buy One on Day 1 &#x26; Refer One a Day</td><td>Earn up to $1,500 in 15 days</td></tr></tbody></table>

These incentives are stackable and automatically tracked through your DeCharge [dashboard](https://sales.decharge.network/dashboard).

### Referral Discounts

When the new user is purchasing the devices through the referral links, they are also eligible for referral discounts as follows:

<table><thead><tr><th width="183.79998779296875">Device Type</th><th>Discount</th></tr></thead><tbody><tr><td>Beast Device</td><td>$50 flat discount</td></tr><tr><td>Mini 5x Bundle</td><td>$20 flat discount</td></tr><tr><td>Mini 3x Bundle</td><td>$10 flat discount</td></tr></tbody></table>

### How the Referral Bonus Works

* Who can refer: Any verified DeCharge member
* What qualifies: Referral must lead to a completed device purchase
* How to track: Use your unique referral link from the dashboard
* When you earn: Bonus is credited once the referred device is paid for

### How to get my referral link?

Step 1: Visit [Dashboard](https://sales.decharge.network/dashboard) page

Step 2: Go to My referrals tab

Step 3: Copy the referral link

Step 4: Share it across, to onboard new device owners to earn from the referrals.


# Bonus Accelerator Program (For Self-Deployed Devices)

Get performance bonuses for deploying and maintaining DeCharge devices with high uptime.

## Earnings Boosters

In addition to the referral bonus rewards, DeCharge offers performance-based bonus tiers during the first 222 days of device operation. These bonuses encourage high usage, uptime, and healthy network expansion.

### **Mandatory Qualifiers (to be eligible for bonuses):**

* Minimum 2 sessions per day
* Minimum average kWh per day (20, 25, and 30 as sprints progress)
* At least 3 unique users per week
* 95 percent uptime per month
* At least 1 referral per month
* At least 1 community quest completed per month

### **Performance Bonus Structure by Sprint**

Sprint 1: Days 0 to 60\
Minimum: 20 kWh per day

| Avg. Daily kWh | Monthly Bonus | 2 Months Total |
| -------------- | ------------- | -------------- |
| Less than 20   | $0            | $0             |
| 25 to 29.9     | $15           | $30            |
| 30 to 34.9     | $20           | $40            |
| 35 and above   | $30           | $60            |

Sprint 2: Days 61 to 120\
Minimum: 25 kWh per day

| Avg. Daily kWh | Monthly Bonus | 2 Months Total |
| -------------- | ------------- | -------------- |
| Less than 25   | $0            | $0             |
| 30 to 34.9     | $15           | $30            |
| 35 to 39.9     | $35           | $70            |
| 40 and above   | $50           | $100           |

Sprint 3: Days 121 to 222\
Minimum: 30 kWh per day

<table><thead><tr><th>Avg. Daily kWh</th><th width="206.5999755859375">Monthly Bonus</th><th>100 Days Total</th></tr></thead><tbody><tr><td>Less than 30</td><td>$0</td><td>$0</td></tr><tr><td>35 to 39.9</td><td>$15</td><td>Approximately $50.40</td></tr><tr><td>40 to 44.9</td><td>$25</td><td>Approximately $84.00</td></tr><tr><td>45 and above</td><td>$40</td><td>Approximately $134.40</td></tr></tbody></table>

## Earnings Summary (With No Referrals)

Even without any referrals, hosts can earn the following in Year 1 from stable rewards and energy usage:

| Reward Type                     | Value   |
| ------------------------------- | ------- |
| Fixed Stable Rewards (222 days) | $392.94 |
| Basic Rewards (Phase 1)         | $21.00  |
| Energy Profit Share (Phase 1)   | $228.00 |
| Energy Profit Share (Phase 2)   | $343.20 |
| Total Estimated Year 1 Earnings | $985.14 |

#### Add Referrals, Multiply Impact

Each referral not only earns you $100 but helps hit usage targets faster. This unlocks more performance bonuses and increases your return.

Whether you are aiming to earn passively or build an infrastructure business, referrals offer a powerful accelerator.

Access your referral tools via your DeCharge dashboard. Campaigns and leaderboards reset each season. Get started early.


# Code of Conduct

Our community principles ensure respectful collaboration and responsible participation in the DeCharge ecosystem.

The DeCharge network is built not just on technology, but on trust. As a decentralized, community-powered infrastructure initiative, our collective success depends on how we treat one another. This Code of Conduct outlines the principles that govern participation across all DeCharge spaces - online and offline.

This applies to everyone: hosts, investors, contributors, partners, operators, moderators, and team members.

## Core Principles

1. Respect and Inclusivity
   * Treat every individual with dignity, regardless of background, geography, technical skill, or experience.
   * Discrimination, harassment, or exclusion based on race, gender, religion, sexual orientation, disability, or any protected class will not be tolerated.
2. Constructive Collaboration
   * Engage in productive, solution-oriented discussions.
   * Critique ideas, not individuals. Debate respectfully and back opinions with reasoning or data.
   * Welcome feedback, especially from new users or regions with different deployment contexts.
3. Zero Tolerance for Abuse
   * No personal threats, insults, trolling, spamming, or doxing.
   * No impersonation of DeCharge team members or community leaders.
   * No malicious misinformation or attempts to mislead stakeholders.
4. Transparency and Integrity
   * Be honest about your role, your intent, and your affiliations when participating in community channels.
   * Disclose any conflicts of interest when providing advice or representing DeCharge externally.
   * Do not misrepresent DeCharge in promotional materials, social media, or funding campaigns.
5. Protect the Ecosystem
   * Report bugs, exploits, or performance failures responsibly.
   * Do not attempt to manipulate the reward system, fake uptime metrics, or spoof telemetry.
   * Do not use DeCharge platforms to solicit unrelated services, schemes, or financial products.
6. Global Accessibility
   * Recognize the global nature of the DeCharge community.
   * Use English in global channels unless otherwise specified.
   * Provide context when discussing location-specific issues or regulations.

## Enforcement

The DeCharge team, along with appointed moderators, will enforce this code consistently across all platforms. Actions may include:

* Warning or temporary mute
* Content deletion
* Removal from Telegram, Discord, or support forums
* Revocation of contributor privileges
* Suspension from reward eligibility or device management rights (in extreme cases)

Repeat offenses or serious violations may lead to permanent bans and notification to relevant ecosystem partners.

## Reporting Violations

If you experience or witness behavior that violates this Code of Conduct, you can report it through the following channels:

* Private message to a moderator on [Discord](https://discord.gg/RpmsUu5nfx) or [Telegram](https://t.me/dechargecommunity)
* Email: <community@decharge.network>

All reports will be handled confidentially and with urgency.

## Final Word

DeCharge is a movement. It only works when people work together, across time zones, belief systems, income levels, and energy realities. The Code of Conduct is not a formality. It is a foundational layer of our protocol, just like telemetry or smart metering.


# Community Channels & Brand Assets

Find official DeCharge community links, social handles, and brand resources for public use.

The DeCharge community is the foundation of our decentralized infrastructure movement. From early adopters and hardware operators to DePIN builders, researchers, and electric mobility advocates, our community is united by a shared mission: to create a people-owned energy network that scales globally and empowers locally.

This section outlines the core platforms where the DeCharge ecosystem lives, communicates, and collaborates.

## Official Communication Platforms

<table><thead><tr><th width="144.20001220703125">Platform</th><th width="319.39990234375">Purpose</th><th>Link</th></tr></thead><tbody><tr><td>Website</td><td>Central source for product info, purchasing, and updates</td><td><a href="https://decharge.network">https://decharge.network</a></td></tr><tr><td>Twitter (X)</td><td>Announcements, updates, threads, and discussions</td><td><a href="https://x.com/DeCharge">https://x.com/DeCharge</a></td></tr><tr><td>Telegram Chat</td><td>Real-time community support and Q&#x26;A</td><td><a href="https://t.me/dechargecommunity">https://t.me/dechargecommunity</a></td></tr><tr><td>Discord Server</td><td>Community discussions, governance, technical ops</td><td><a href="https://discord.gg/RpmsUu5nfx">https://discord.gg/RpmsUu5nfx</a></td></tr><tr><td>YouTube</td><td>Video walkthroughs, interviews, tutorials</td><td><a href="https://www.youtube.com/@DeCharge9">YouTube Channel</a></td></tr><tr><td>LinkedIn</td><td>Enterprise and partnership announcements</td><td><a href="https://www.linkedin.com/company/dechargenetwork/posts/?feedView=all">https://www.linkedin.com/company/dechargenetwork/posts/?feedView=all</a></td></tr><tr><td>Instagram</td><td>Visual updates, user installations, community features</td><td><a href="https://www.instagram.com/decharge__/">https://www.instagram.com/decharge__/</a></td></tr><tr><td>Facebook</td><td>Visual updates, user installations, community features</td><td><a href="https://www.facebook.com/profile.php?id=61581845326844">https://www.facebook.com/profile.php?id=61581845326844</a></td></tr><tr><td>Reddit</td><td>To Post Updates and Threads about EV and Green Energy</td><td><a href="https://www.reddit.com/r/DeCharge/">https://www.reddit.com/r/DeCharge/</a></td></tr><tr><td>Quora</td><td>To engage and answer the traditional community queries</td><td><a href="https://dechargenetwork.quora.com/">https://dechargenetwork.quora.com/</a></td></tr></tbody></table>

## Why Community Matters

DeCharge is not a top-down infrastructure provider. It is a protocol and platform shaped by its users. From early product feedback to proposals about deployment incentives or feature design, the community’s voice directly influences how the network evolves.

Examples of community impact include:

* Identifying and surfacing new high-demand locations for chargers
* Testing new firmware builds and telemetry improvements
* Contributing translations and regional support resources
* Organizing local meetups and education sessions
* Referring new hosts and investors to accelerate deployment

As the network grows, so does the importance of decentralized participation. We encourage everyone to move beyond being a user and become a contributor.

## Join the Discussion

There are multiple roles you can play in the DeCharge community:

* **Host Support:** Help new charger owners navigate installation
* **Ops Feedback:** Share edge-case bugs or network latency issues
* **DePIN Advocacy**: Help bring new users into the DeCharge ecosystem
* **Ambassador Role:** Represent DeCharge in your local region or industry
* **Governance Contributor:** Join discussions on future reward logic or product roadmap

To stay engaged:

* Subscribe to our announcement channels on Discord and Telegram
* Vote on improvement proposals and participate in surveys
* Contribute to GitBook feedback (coming soon)
* Attend virtual demo days and protocol walkthroughs

## Community Guidelines

All DeCharge community channels are moderated to maintain a high standard of interaction. We encourage civil discourse, curiosity, and constructive feedback. Inappropriate behaviour, spam, or personal attacks will not be tolerated.

Please refer to the Code of Conduct section for detailed expectations around respectful engagement and conflict resolution.

## Need Help?

For onboarding assistance, technical queries, or feedback:

* Start with Telegram or Discord
* Use our in-app help desk or submit a support request at <support@decharge.network>
* Browse the FAQ and Installation Checklists in this GitBook for self-service support

Whether you are a newcomer or a veteran, DeCharge grows stronger when you share, ask, and build together.

## Brand Assets

Checkout the branding guidelines when you are interacting or making content for DeCharge:

{% embed url="<https://drive.google.com/file/d/1rl9WsFMl-xUZeqIbGd4PYiKxB3Bs6Dir/view?usp=sharing>" %}


# Team

Meet the people building DeCharge, combining expertise in energy, hardware, and decentralized systems.

## Building Tomorrow’s Energy Internet

DeCharge is a Colosseum-backed Solana startup rethinking EV charging infrastructure at its core. In a world where electric vehicle adoption is accelerating faster than the development of public charging networks, DeCharge bridges this critical gap through decentralized, community-powered infrastructure.

At the heart of this transformation is a team of builders, operators, and technologists with deep roots in mobility, IoT, and blockchain. Together, they are laying the groundwork for the energy internet of the future. It begins with EVs but will soon extend to a broader landscape of autonomous systems.

## The Origin Story

DeCharge began with a simple but urgent realization.

In 2022, while purchasing his own EV, founder Mohan Ponnada noticed a critical gap. Electric vehicles were being heavily promoted, yet the supporting charging infrastructure was falling behind. The experience was fragmented and inconvenient, creating friction for adoption.

What followed was a series of deep conversations around how to scale charging infrastructure in a way that was sustainable, inclusive, and adaptable. DeCharge was created to solve this, with a decentralized model that rewards individuals for deploying EV chargers and contributing to a growing, resilient network.

## The 2030 Vision

DeCharge is building more than a charging network. It is designing the foundation for a distributed energy infrastructure that will support the next generation of autonomous technologies.

By 2030, DeCharge aims to power not only electric vehicles, but also drones, robotics platforms, and mobile autonomous systems. The network will serve as a critical energy layer in the evolving machine economy, built on community participation and ownership.

## Core Team

### Mohan Ponnada, Founder & CEO

Named CEO of the Year 2022 by Entrepreneur Middle East. Mohan is a serial entrepreneur with over 15 years of experience in mobility, logistics, and hardware. He has led multiple startups to successful outcomes, including an urban transport platform that scaled to over 1 million rides in 18 months, and a smart IoT chair deployed to 200,000+ users. At DeCharge, he sets the strategic vision and leads cross-functional execution.

### Dr. Prakash Kamaraj, Co-founder & Chief of Growth

A specialist in blockchain and deep tech infrastructure, Prakash brings 7 years of experience in scaling Web3 systems. Formerly with Chingari as Lead of Web3 Business Technology, he built blockchain infrastructure supporting over 5 million users and led several successful fundraising efforts. At DeCharge, he is responsible for the blockchain layer powering the DePIN model.

## Backed by Builders

DeCharge is a portfolio company of Colosseum and part of a new generation of infrastructure startups building on Solana. As adoption of electric and autonomous systems accelerates, the team is focused on delivering reliable, community-owned energy access at scale.


# Season Timeline

Track DeCharge’s growth phases and milestones as the network expands across regions and product tiers.

DeCharge operates in structured release cycles called Seasons. Each Season marks a defined phase of growth in terms of device deployments, geographic expansion, onboarding mechanics, and reward distributions. This seasonal model creates transparency for contributors, enables feedback-driven iteration, and introduces new network participants in structured cohorts.

Unlike a traditional roadmap that progresses only by product features, Seasons allow us to evolve the network across three key vectors: scale, participation, and incentives.

## Objectives of the Season Framework

* Establish clear entry points for new hosts and contributors
* Align deployment milestones with manufacturing and logistics timelines
* Track key performance metrics (device uptime, session count, energy delivered)
* Distribute network rewards and incentives fairly, based on measurable contributions
* Iterate on operational policies, based on Season-specific learnings

## Season Milestones (2024 - 2026)

<table><thead><tr><th width="95.60003662109375">Season</th><th width="147.800048828125">Launch Window</th><th width="350">Highlights</th><th>Devices Deployed</th></tr></thead><tbody><tr><td>S1</td><td>Nov - Dec 2024</td><td>Initial Mini and Beast sales, Genesis community onboarding, reward pilot airdrop</td><td>154</td></tr><tr><td>S2</td><td>Q2 - Q3 of 2025</td><td>Delegated deployment scale-up, multi-country expansion, direct shipping for Beast</td><td>2,000+</td></tr><tr><td>S3</td><td>Q1 2026 (planned)</td><td>Titan pilot program, solar retrofit program, global demand map for delegated ops</td><td>Target: 5,000+</td></tr></tbody></table>

### Season 1: Genesis

* Marked the first public availability of DeCharge Mini and Beast devices
* Combined direct and delegated deployments
* Community participation launched with 40% of devices operated by individuals
* First iteration of the reward engine executed using off-chain tracking and tokenless reward points
* Revenue of $50,000+ generated via device sales
* Early hosts saw approximately 30% of their purchase returned via airdrops

### Season 2: Acceleration

* Introduced bundled delegated packs of 3 and 5 Minis for efficient scaling
* Expanded shipping regions to India, Southeast Asia, and the United States
* Real-time deployment map introduced for visualizing new opportunities
* Direct shipping for Beast model began, targeting fleet operators and property owners
* Shift toward regional logistics partnerships for faster lead times
* Refined onboarding workflows and pre-install documentation
* Season 2 operates with dynamic reward calibration to match real-world utilization and energy output

### Season 3 (Planned): Expansion and Specialization

* Focus on high-throughput deployments (Titan Mini, Titan, fleet hubs, highway nodes)
* Integration with solar and grid-balancing mechanisms
* Advanced reward engine with full on-chain telemetry scoring
* Launch of micro-funding and franchise models for community entrepreneurs
* Geo-targeted expansion into Tier 2 and Tier 3 cities globally
* Continued community governance pilots and cohort-based community onboarding

## Season-Based Participation Benefits

* Each Season comes with its own set of bonuses and referral programs
* Early participation in a Season may include device discounts, additional airdrops, or extended reward multipliers
* Participants retain long-term benefits (such as higher reward tiers) based on Season of entry
* Seasonal analytics help contributors optimize location, performance, and uptime


# Metrics and Traction

See real-world data and adoption metrics showcasing DeCharge’s rapid network and community growth.

DeCharge is not just a concept, it is a live, growing network with real-world infrastructure, energy output, and community participation. As we expand across regions and user segments, our traction metrics serve as a key indicator of network health, efficiency, and adoption readiness.

This section presents the operational and strategic metrics that demonstrate DeCharge’s momentum, measured in both device activity and ecosystem scale.

## Key Deployment Metrics

<table><thead><tr><th width="301">Metric</th><th>Value as of Q2 2025</th></tr></thead><tbody><tr><td>Total Chargers Deployed</td><td>1000+ devices (Mini, Beast, Titan Mini)</td></tr><tr><td>Total Charging Minutes Logged</td><td>2.5 million+ minutes</td></tr><tr><td>Community-Owned Devices</td><td>Approximately 40 percent</td></tr><tr><td>Top Deployment Regions</td><td>Bengaluru, Hyderabad, Pune, Delhi</td></tr><tr><td>Operational Uptime (Avg)</td><td>97.2 percent</td></tr><tr><td>Total Energy Dispensed</td><td>6,000 kWh+</td></tr><tr><td>DePIN-Fi Pools (Money Raised)</td><td>$150K</td></tr></tbody></table>

These metrics are regularly updated in our backend systems and shared via monthly reports to our community channels.

## Growth Timeline

<table><thead><tr><th width="109.79998779296875">Quarter</th><th width="375.4000244140625">Major Milestone</th><th>Growth Signal</th></tr></thead><tbody><tr><td>Q4 2024</td><td>Season 1 Launch</td><td>First 154 devices deployed</td></tr><tr><td>Q1 2025</td><td>Backend upgrade, new manufacturing partner onboard</td><td>Delivery speed improved</td></tr><tr><td>Q2 2025</td><td>Delegated deployment at scale begins</td><td>500+ Mini units deployed</td></tr><tr><td>Q3 2025 </td><td>Titan pilots initiated, new host dashboard live</td><td>Data tracking at charger level</td></tr><tr><td>Q4 2025<br>(upcoming)</td><td>DePINFi Pools to go live + Titans Deployed</td><td>Facilitating Community Owned Ownership in Fast Chargers</td></tr></tbody></table>

## Engagement Signals

* Over 100,000 unique visits to the DeCharge map interface
* More than 12,000 unique users in community channels (Telegram, Discord)
* User-generated content campaign generated 50+ testimonials and site walkthroughs
* A good positive response rate on host satisfaction surveys

## Community-Led Growth

DeCharge’s early traction was not led by a corporate marketing campaign, but by its community. From organic Twitter campaigns to ambassador-led webinars, much of the current footprint has emerged from user initiative.

This model of bottom-up growth has helped the network reach diverse geographies, and it remains a key part of our scaling strategy.


# Strategic Positioning

Understand how DeCharge positions itself at the intersection of energy, mobility, and Web3 infrastructure.

DeCharge is not just a product, it is a platform positioned at the intersection of three massive, long-term trends: electrification, decentralization, and automation. As energy becomes increasingly distributed and digitally coordinated, DeCharge sits uniquely poised to serve as the coordination layer for electric mobility and beyond.

This section outlines how DeCharge is strategically differentiated from existing solutions, why our timing is optimal, and how the network is structured to scale globally with minimal friction.

## Positioning Across Dimensions

<table><thead><tr><th width="220.20001220703125">Dimension</th><th>DeCharge Approach</th></tr></thead><tbody><tr><td>Market Focus</td><td>Community based EV infrastructure and DePIN-powered expansion</td></tr><tr><td>Deployment Philosophy</td><td>Distributed, modular, low-friction rollouts</td></tr><tr><td>Ownership Model</td><td>Hybrid: Individuals, real estate owners, and delegated operators</td></tr><tr><td>Technology Architecture</td><td>Vertical stack from hardware to on-chain logic</td></tr><tr><td>Economic Model</td><td>Usage based reward engine tied to real-world performance</td></tr><tr><td>Scalability Mechanism</td><td>Organic network expansion through self-interest and incentives</td></tr><tr><td>Geographical Strategy</td><td>Urban edge + rural first deployments where incumbents avoid</td></tr></tbody></table>

## Competitive Edge

DeCharge breaks away from traditional energy infrastructure in five critical ways:

1. **Speed to Deploy**\
   Chargers can be installed and made operational within days, not months. This is made possible by lightweight permitting requirements, plug-and-play hardware, and delegated deployment options.
2. **Ownership and Economics**\
   Traditional charging networks retain up to 90 percent of revenue. DeCharge inverts that model with up to 70 percent of earnings distributed back to the host and community contributors.
3. **Community First Rollout**\
   Instead of starting in large metros, we actively prioritize Tier 2 cities, peri-urban zones, and logistics corridors that are typically overlooked by centralized players.
4. **Integration Readiness**\
   Open-protocol compatibility, telemetry standardization, and planned DePIN cross-network features make DeCharge interoperable with future systems.
5. **Energy Versatility**\
   Designed to support more than just electric cars. DeCharge is forward-compatible with drones, autonomous fleets, and smart-grid use cases.\
   Titan Mini (30 kW) bridges the gap between AC chargers and full-speed DC hubs unlocking new deployment options in city logistics, Tier 1 corridors, and high-traffic urban centers.

## Infrastructure as a Network, Not a Monolith

Legacy EV infra is built like a monolith, a small number of large stations in select zones. This results in low coverage, high redundancy, and skewed economics.

DeCharge is built like a Network. many small and mid-sized distributed nodes from Minis to Titan Minis that are easy to host, quick to install, and beneficial for all neighboring chargers. This creates:

* Local energy availability
* Redundancy across zones
* Lower latency for charging
* Higher overall usage and uptime

Just as internet service expanded via routers in homes and cafes, DeCharge aims to bring charging to every curb, alley, apartment complex, and shop front.

## Timing Advantage

* Regulatory tailwinds: EV adoption mandates and sustainability targets are accelerating globally.
* Hardware accessibility: AC charger costs have dropped to accessible levels for everyday buyers.
* Cultural shift: Users are more willing to participate in infrastructure projects, as seen in other DePIN and node-based systems.
* DePIN awareness: The model of distributed, incentive-aligned physical networks is reaching mainstream investor and user understanding.

By launching during this window, DeCharge captures a growing user base with minimal resistance and high alignment with larger macro trends.

## Future-Proofed Growth

Our roadmap includes the ability to:

* Add solar and energy storage retrofits
* Participate in local energy arbitrage markets
* Integrate autonomous billing and smart contract-based energy purchasing
* Support AI-based fleet routing and predictive maintenance
* Enable cross-network device recognition via decentralized identity

This ensures that DeCharge is not just an EV charging network, but a foundational layer for the next generation of decentralized physical infrastructure.


# Glossary

Key terms and concepts from the DeCharge ecosystem explained for easy understanding.

The following glossary covers key terms, acronyms, and concepts used throughout the DeCharge documentation. This reference section is intended to help users of all backgrounds - from hosts and investors to developers and policymakers - better understand the components, technologies, and systems that underpin the DeCharge network.

## **A**

AC (Alternating Current)\
A type of electrical current commonly used for residential and commercial power delivery. DeCharge’s Mini and Beast chargers are AC-based.

Asset-backed Rewards\
Earnings that are tied directly to the operation and performance of a physical infrastructure unit - in this case, an EV charger owned by the user.

## **B**

Beast (7.4 kW)\
Mid-tier AC charger in the DeCharge lineup, suitable for 4-wheelers in apartments, offices, and retail spaces.

Breaker (MCB)\
Miniature Circuit Breaker used to protect the electrical circuit by tripping during overload or short circuit.

## **C**

CMS (Charging Management System)\
The cloud-based platform used to monitor, manage, and analyze charger activity across the DeCharge network.

Commissioning\
The structured process of verifying a charger's site readiness, electrical safety, internet connectivity, and backend registration before it becomes operational.

Cohort Bonus\
Additional reward multiplier applied to early-stage deployments to incentivize first movers in new regions.

## **D**

DeCharge\
A decentralized, community-owned EV charging network that enables anyone to deploy, host, or fund a charger and earn from energy usage.

DePIN (Decentralized Physical Infrastructure Network)\
A system where physical infrastructure (e.g., EV chargers, wireless routers, sensors) is built and maintained by a distributed network of participants rather than a central authority.

DePINFi (Decentralized Physical Infrastructure Finance)
\
The DeCharge framework that enables tokenized, fractional ownership of EV charging infrastructure via on-chain pools funded with stablecoins. Contributors receive telemetry-linked yield based on real-world energy throughput.

Delegated Deployment\
A deployment model where DeCharge handles installation, operations, and management on behalf of an investor or host.

Demand Mapping\
A data-driven method to identify high-need locations for new charger installations based on EV usage, population, and infrastructure gaps.

## **E**

Earnings Dashboard\
A web-based interface provided to hosts and contributors to view charger activity, uptime, earnings, and diagnostics.

EV (Electric Vehicle)\
A vehicle powered entirely or partially by electricity, including 2-wheelers, 3-wheelers, 4-wheelers, and autonomous electric systems.

## **F**

Firmware\
The embedded software installed on DeCharge chargers, responsible for telemetry, security, diagnostics, and session management.

Fleet Optimization\
The process of placing chargers in locations that improve the operational efficiency of delivery or transport fleets.

## **G**

Grounding (Earthing)\
A critical safety requirement that ensures electrical circuits are securely connected to the ground to prevent shock or fire hazards.

Geo Incentive\
An additional reward component for installing chargers in underserved or high-priority regions.

## **H**

Host\
An individual or entity that provides physical space and power for a DeCharge charger. Hosts earn a portion of revenue from energy usage.

Hardware-as-a-Node\
The DeCharge model where each physical charger functions as a standalone revenue-generating infrastructure unit in the network.

## **I**

IP Rating (Ingress Protection)\
A standard that defines the degree of protection against dust and water ingress in electronic enclosures. Example: IP65.

Investor\
An individual or entity that funds the purchase and deployment of a DeCharge charger but may not host or manage the device directly.

## **K**

kWh (Kilowatt-hour)\
A standard unit of energy. Rewards in DeCharge are calculated in part based on the number of kWh dispensed by a charger.

## **M**

Mini (3.3 kW)\
The smallest charger in the DeCharge lineup, designed for 2W/3W vehicles and light-duty charging use cases.

Modular Design\
A design philosophy where charger components are interchangeable or serviceable independently, enabling rapid repair, upgrades, or customization.

## **O**

OCPP (Open Charge Point Protocol)\
An open standard used for communication between EV chargers and backend systems. DeCharge devices are compatible with OCPP for future integrations.

Onboarding\
The process by which a new device, host, or contributor is registered and activated on the DeCharge platform.

## **P**

Passive Income\
Earnings generated without daily operational involvement. In DeCharge, passive income is earned from charging sessions handled automatically by the network.

Power Rating\
The maximum electrical power (in kW) a charger can deliver to a connected EV.

## **R**

Reward Engine\
The system that calculates payouts for DeCharge participants based on metrics like uptime, energy dispensed, reliability, and location.

Revenue Share\
A compensation model in which income from charging sessions is split among the charger host, investor, and DeCharge operations team.

## **S**

Self-Deployment (DIY)\
A model where users install and manage their own charger with guidance and backend support from DeCharge.

Smart Diagnostics\
Automated systems that detect faults, signal quality issues, or power anomalies in a deployed charger.

## **T**

Telemetry\
Real-time performance data sent from each charger to the DeCharge backend, including energy usage, connectivity status, and fault reports.

Titan (60 kW)\
DeCharge’s high-capacity DC charger, designed for fleets, intercity highways, and high-traffic commercial zones.

Titan Mini (30 kW)\
A compact DC fast charger in the Titan family, optimized for medium-duty vehicles and urban fleet hubs. Offers faster charging than AC units with lower installation complexity than full-size 60 kW Titan.

## **U**

Uptime\
The percentage of time a charger remains online, connected, and ready for use. Uptime is a key factor in determining reward eligibility.


# Bibliography

References and sources that shaped the DeCharge model and network research.

This section lists key references, datasets, and publications that have informed DeCharge’s product design, market assumptions, reward model, infrastructure forecasts, and overall strategic positioning. These sources provide both foundational context and ongoing validation for the development of decentralized EV infrastructure.

Each reference below contributes to one or more of the following:

* Global EV adoption trends
* Energy demand projections
* Infrastructure deployment benchmarks
* Smart grid innovation
* DePIN theory and token economics
* Autonomous systems and electrification use cases

## **Global EV Adoption & Forecasts**

* International Energy Agency (IEA)\
  Global EV Outlook 2024: Trends and Projections to 2030. Paris, 2024\
  [www.iea.org/reports/global-ev-outlook-2024](https://www.iea.org/reports/global-ev-outlook-2024)
* BloombergNEF\
  Electric Vehicle Outlook 2024. New York, 2024\
  [about.bnef.com/electric-vehicle-outlook](https://about.bnef.com/electric-vehicle-outlook)
* International Council on Clean Transportation (ICCT)\
  Global EV Sales Update - Q4 2024. Washington DC, 2025\
  [www.theicct.org](https://theicct.org)

## **Charging Infrastructure Standards & Economics**

* U.S. Department of Energy - Alternative Fuels Data Center\
  EV Charging Infrastructure Trends, 2024\
  [afdc.energy.gov](https://afdc.energy.gov)
* European Alternative Fuels Observatory (EAFO)\
  Datahub - Charging Point Statistics and Tariff Bands\
  Accessed April 2025\
  [www.eafo.eu](https://www.eafo.eu)
* National Renewable Energy Laboratory (NREL)\
  DC Fast-Charging Cost Study, Golden, CO, 2023\
  [www.nrel.gov](https://www.nrel.gov)
* Bureau of Energy Efficiency (India)\
  EV Tariff Handbook 2025, Government of India\
  [www.beeindia.gov.in](https://www.beeindia.gov.in)

## **Autonomous Systems & New Energy Demand**

* Federal Aviation Administration (FAA)\
  Aerospace Forecast 2024-2044. Washington DC, 2024\
  [www.faa.gov](https://www.faa.gov)
* World Economic Forum & Oliver Wyman\
  The Autonomous Delivery Market 2024, Geneva, 2024\
  [www.weforum.org](https://www.weforum.org)
* Narang, S. et al.\
  Energy Demand Modelling for Autonomous Drones,\
  IEEE Transactions on Transportation Electrification, Vol. 10(4): pp. 455-467, 2024

## **Energy Markets & Long-Term Outlook**

* International Renewable Energy Agency (IRENA)\
  Innovation Outlook: Smart Charging for Electric Vehicles, Abu Dhabi, 2023\
  [www.irena.org](https://www.irena.org)
* McKinsey & Company\
  Global Energy Perspective 2024, New York, 2024\
  [www.mckinsey.com](https://www.mckinsey.com)
* World Bank\
  Commodity Markets Outlook 2024, Washington DC, 2024\
  [www.worldbank.org](https://www.worldbank.org)
* International Monetary Fund (IMF)\
  World Economic Outlook 2024, Washington DC, 2024\
  [www.imf.org](https://www.imf.org)

## **Decentralization & Network Economics**

* Briscoe, G. & Odlyzko, A.\
  Metcalfe’s Law is Wrong?, IEEE Spectrum, July 2006\
  [ieeexplore.ieee.org](https://ieeexplore.ieee.org/document/1668917)
* Messari Crypto\
  DePIN Sector Analysis and Trends, via Twitter/X:\
  <https://x.com/MessariCrypto/status/1899826650931470482>

These references are used not just for documentation but also to inform quarterly model updates, scenario forecasts, hardware strategy, and deployment economics.


# Frequently Asked Questions (FAQs)

Answers to common questions about DeCharge products, rewards, installation, and participation.

This section answers the most common questions from prospective hosts, device owners, community members, and DePIN enthusiasts. If you're getting started with DeCharge or exploring how to participate, these answers will help clarify the process, benefits, and expectations.

## General Participation

**Q: What is DeCharge and who is it for?**\
DeCharge is a decentralized EV charging network that allows individuals, businesses, and communities to deploy, own, or support EV chargers across homes, public spaces, and commercial locations. It’s designed for:

* Passive income seekers
* Real estate owners
* Small business operators
* DePIN supporters
* EV enthusiasts and fleet managers

**Q: Do I need to own land to participate?**\
No. If you do not have access to land or a site, you can still participate via delegated deployment. In this model, you fund a charger, and DeCharge handles the installation and operations on your behalf.

**Q: How do I purchase a device?**\
You can order your device from our official website:\
[https://sales.decharge.network](https://decharge.network)

Options include:

* Direct ownership (shipping to your location)
* Delegated deployment (we install and operate)

## Deployment Process

**Q: How long does it take to install a charger?**\
For most AC units (Mini or Beast), installations are completed within 5-10 days of site readiness. Delegated deployments may take longer depending on location and demand prioritization.

**Q: What do I need to prepare before installation?**\
Refer to the Pre-Install Checklists section for detailed requirements related to:

* Internet connectivity
* Power supply
* Mounting space and safety clearance
* Earthing and breaker configuration

**Q: Can I install the device myself?**\
Yes. If you're technically capable or have an electrician, you can self-install. However, DeCharge recommends following the checklist precisely and submitting commissioning forms before activation.

**Q: Is the Titan Mini easier to install than the Titan?**\
Yes. The Titan Mini (30 kW) offers DC fast charging capabilities with lower input power requirements than the 60 kW Titan. It’s suitable for urban fleet hubs and commercial lots where a full-size Titan may not be viable due to space, transformer size, or capex limitations.

## Internet and Power

**Q: What kind of internet connection is needed?**\
All devices require uninterrupted connectivity via:

* 4G SIM (non-M2M, strong signal)
* Wi-Fi (dedicated router, 100 Mbps+)
* LAN (with surge-protected Cat6 cabling)

**Q: What happens if the device goes offline?**\
Devices buffer data locally for a limited time. However, persistent connectivity loss will affect reward tracking and may trigger diagnostic alerts. We recommend ensuring consistent signal strength.

**Q: What happens during power cuts?**\
Devices will resume automatically when power is restored. Hosts should ensure MCB protection is intact to avoid electrical faults during restarts.

## Rewards & Performance

**Q: How are rewards calculated?**\
Rewards are based on actual charger usage and performance metrics like:

* Energy dispensed (kWh)
* Uptime and session availability
* Deployment cohort (early devices may earn multipliers)
* Location score based on demand mapping\
  Refer to the Reward Engine section for the detailed formula and methodology.

**Q: When do rewards start accruing?**\
Rewards begin after successful commissioning and 24-hour uptime testing. You’ll receive a confirmation email and dashboard access upon activation.

**Q: Are there any recurring costs?**\
Typical costs may include:

* Electricity bills (for host-owned chargers)
* SIM card/data plan (for 4G-enabled devices)
* Occasional maintenance if outside delegated ops

## Community

**Q: Where can I connect with the community?**\
We recommend joining our active channels:

* Telegram Chat:[ https://t.me/dechargecommunity](https://t.me/dechargecommunity)
* Twitter/X:[ https://x.com/DeCharge](https://x.com/DeCharge__)
* Discord Server:[ https://discord.gg/RpmsUu5nfx](https://discord.gg/RpmsUu5nfx)

These platforms offer updates, support, and direct access to other hosts and participants.

## Device Support & Troubleshooting

**Q: My charger isn’t appearing online. What should I check?**\
Ensure:

* The internet connection (Wi-Fi/SIM) is active
* The breaker and wiring are correctly installed
* The device has passed the initial 24h test\
  If issues persist, contact support or consult the Troubleshooting Guide.

**Q: How do I update firmware or access logs?**\
Firmware updates are pushed automatically over-the-air (OTA). Logs are available through the host dashboard or accessible via support request.

**Q: What if my device underperforms or is idle?**\
DeCharge flags idle devices and provides optimization tips. You may be advised to relocate or troubleshoot the installation environment.

## Policies & Support

**Q: Is there a warranty or return policy?**\
Yes. Devices include a standard warranty (1-2 years depending on model). Please refer to decharge.network/policy for terms.

**Q: Who do I contact for help?**\
Email us at: [support@decharge.network](emailto:support@decharge.network)\
Include your charger ID, issue description, and site details if applicable.