EV Range Anxiety Loop

EV Range Anxiety Loop MCP Connector for Claude

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Simulate EV battery depletion and calculate necessary charging stops.

3 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides a simulation engine to predict battery depletion and calculate charging durations for electric vehicle trips. Using tools like simulate_trip_drain, analyze_segment_safety, and calculate_recharge_duration, you can model trip segments, evaluate the 20km safety buffer rule, and estimate time spent at various chargers based on their power output (kW). It is designed to help drivers plan routes that avoid range anxiety by identifying exactly where and for how long they need to stop.

evbatteryrangechargingtrip-plannersimulation-engine

3 tools expose this connector's capabilities to your AI agent.

calculate_recharge_duration

Returns minutes required. Calculate time needed to recharge

analyze_segment_safety

Analyze if a trip segment triggers charging

simulate_trip_drain

Returns total charging time and logs. Simulate an entire EV trip with multiple charging stops

See how to talk to your AI agent using EV Range Anxiety Loop.

How long will it take to recharge 50km if the charger is 50kW?

It will take 60 minutes to recharge.

Will I need to charge if my current range is 100km and the next charger is 90km away?

Yes, a charge event is triggered because the remaining range (100km) is less than the distance to the next charger (90km) plus the 20km buffer.

Simulate a trip starting with 200km range and chargers at 150km (50kW) and 250km (100kW).

Total charging time: 60 minutes. Trip logs show a stop at 150km with 50km remaining range.

A charge event is triggered if the remaining range is insufficient to reach the next charger plus a 20km safety buffer.

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