# Site Selection Guide

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.


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