Tools / EV Chargers / Use Cases / Plan a Long-Distance EV Route with Charging Stops

Plan a Long-Distance EV Route with Charging Stops

Plan a road trip route with charging stops matched to your vehicle's range, ensuring you never arrive at a charger with an empty battery.

Tool
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EV Chargers

Long-distance EV travel requires a different kind of planning than a petrol journey. You need to know where to charge before you run low — not just where chargers exist, but which ones fall at the right interval for your vehicle's real-world range, are compatible with your connector, and have enough power output to keep your stop time reasonable.

EV Chargers' `route_chargers` skill takes your origin, destination, and vehicle range and returns a route plan with optimally placed charging stops — each with the network, connector type, power output, and estimated charge time. You can drive with confidence knowing exactly where to stop and for how long.

EV drivers planning trips beyond their vehicle's single-charge range use this to eliminate range anxiety, fleet operators routing commercial EVs use it to schedule charging around delivery windows, and travel assistants use it to plan charging-aware road trip itineraries.

Agent Guides

Claude

  1. Connect ToolRouter in Claude: claude mcp add toolrouter -- npx -y toolrouter-mcp
  2. Tell Claude your origin, destination, vehicle's real-world range, and connector type.
  3. Ask Claude to use `ev-chargers` with `route_chargers` to plan the route with charging stops.
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ChatGPT

  1. Connect ToolRouter in ChatGPT: {"mcpServers":{"toolrouter":{"command":"npx","args":["-y","toolrouter-mcp"]}}}
  2. Provide your origin, destination, vehicle range, connector type, and departure time.
  3. Ask ChatGPT to use `route_chargers` via `ev-chargers` to plan charging stops.
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Copilot

  1. Connect ToolRouter in Copilot: {"mcpServers":{"toolrouter":{"command":"npx","args":["-y","toolrouter-mcp"]}}}
  2. Specify the origin, destination, vehicle range, and connector type.
  3. Ask Copilot to run `route_chargers` via `ev-chargers` with those parameters.
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OpenClaw

  1. Connect ToolRouter in OpenClaw: openclaw mcp add toolrouter -- npx -y toolrouter-mcp
  2. List all routes to plan — origin, destination, vehicle range, and connector type for each.
  3. Run `route_chargers` for each route via `ev-chargers` and collect stop plans in a normalized schema.
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