# EV Range Anxiety Loop MCP for AI Agents MCP > EV Range Anxiety Loop lets you simulate electric vehicle battery drain and plan charging stops with precision. It predicts how long a trip will take, where you need to plug in, and how long those stops will last based on specific charger power outputs. It's built for drivers and logistics planners who want to eliminate the guesswork of long-distance EV travel and ensure they never run out of juice. ## Overview - **Category:** automotive - **Price:** Free - **Endpoint:** https://edge.vinkius.com/vk_preview_qljDpB0kpZe7471tzLf6JGqAthhqe3r8IAF53UQK/mcp - **Tags:** ev, battery, range, charging, trip-planner, simulation-engine ## Description Planning a long road trip in an electric vehicle usually feels like a math problem you're solving while trying to stay calm. You have to juggle battery capacity, varying speeds, and the availability of chargers that might not actually provide the power you need. It's a constant mental load to figure out if you'll make it to the next plug or if you'll end up stranded on the shoulder of a highway. This MCP changes that by giving your agent a physics engine for your trip. Instead of guessing, you can feed your route into the system to see exactly where your battery hits critical levels. It handles the heavy lifting of calculating recharge times based on specific kilowatt outputs and enforces safety buffers so you never find yourself in a bind. When you use this alongside the Vinkius catalog, you get a reliable way to turn a stressful logistics nightmare into a clear, step-by-step itinerary. You can see exactly where to stop, how long to stay there, and a confirmation that your plan is actually viable. It's about knowing that your next stop is planned, timed correctly, and capable of getting you to your destination without the constant worry of running dry. This tool takes the guesswork out of the equation and replaces it with a data-backed plan that accounts for the reality of EV charging infrastructure. ## Tools ### calculate_recharge_duration Get the exact number of minutes needed to reach a specific charge level. This helps you plan exactly how long to stay at a charger based on its power output. ### analyze_segment_safety Determine if a specific stretch of road will leave you with enough battery to reach the next plug. It checks your remaining range against the distance and a 20km safety buffer. ### simulate_trip_drain Run a full simulation of a long journey to see every stop and total time spent charging. This provides a complete log of the trip so you can see the battery drain at every segment. ## Prompt Examples **Prompt:** ``` I'm starting a trip with 200km of range. I have a 50kW charger at 150km and a 100kW charger at 250km. Give me a plan. ``` **Response:** ``` Based on your starting range and charger locations, here is your recommended trip plan: | Stop | Distance | Charger Power | Estimated Time | Status | | :--- | :--- | :--- | :--- | :--- | | **Stop 1** | 150km | 50kW | 60 mins | **Required** | | **Stop 2** | 250km | 100kW | 30 mins | **Recommended** | **Trip Summary:** * **Total Charging Time:** 90 minutes * **Safety Buffer:** Maintained above 20km at all points. * **Notes:** Stop 1 is critical to ensure you reach the 250km mark comfortably. ``` **Prompt:** ``` If I have 100km left and the next plug is 90km away, am I safe? ``` **Response:** ``` No, that's too close. Your remaining range (100km) is less than the distance to the next charger (90km) plus the required 20km safety buffer. You should plan an additional stop before reaching that point to ensure you don't run out of power. ``` **Prompt:** ``` How long for 50km at 50kW? ``` **Response:** ``` It will take **60 minutes** to recharge 50km using a 50kW charger. ``` ## Capabilities ### Predict total trip battery drain See exactly how your battery level will drop across various trip segments. ### Identify required charging stops Get a list of specific locations where you need to plug in to reach your destination. ### Check safety buffer violations Verify if your remaining range meets the 20km safety margin before reaching a charger. ### Estimate recharge times in minutes Calculate how long you need to stay at a station based on its kilowatt output. ### Log multi-stop charging events Generate a complete itinerary of all charging stops and total time spent on the road. ## Use Cases ### Cross-country trip planning A driver wants to know if they can go from LA to Vegas with one stop. They ask the agent to simulate the trip and identify the best place to plug in to maintain a 20km buffer. ### Fleet downtime estimation A logistics company needs to know how many hours of downtime a truck needs for a 300-mile haul. They use the tool to calculate recharge times based on 50kW charger limits. ### Safety buffer verification A traveler is unsure about a specific mountain pass. They ask the agent to check if their current battery can clear the segment with the required 20km safety margin. ### Multi-stop itinerary generation A user wants to see a full itinerary of stops for a 1,000-mile trip starting with 200km of range. The agent generates a log of every stop and total time spent charging. ## Benefits - Stop guessing how much range you have left by using `simulate_trip_drain` to see your entire journey mapped out before you leave your driveway. This gives you a clear picture of your battery health at every mile. - Avoid being stranded by letting `analyze_segment_safety` check if your current battery can handle the next leg of the trip with a 20km buffer. It keeps your safety margins consistent. - Know exactly how long to stay at a station using `calculate_recharge_duration` to factor in different charger speeds like 50kW vs 100kW. This makes your itinerary much more accurate. - Reduce stress on long hauls by getting a complete log of every stop required to reach your destination safely. You won't have to do the math while you're behind the wheel. - Plan more efficient routes by identifying which chargers offer the best balance of power and location for your specific vehicle. This helps you find the fastest way to get moving again. ## How It Works The bottom line is you get a turn-by-turn charging schedule that accounts for real-world power variables. 1. Provide your starting battery range and your intended destination. 2. Input the locations and power ratings of the chargers along your route. 3. Receive a full trip log with specific stop times and total charging duration. ## Frequently Asked Questions **Can EV Range Anxiety Loop plan a full road trip itinerary?** Yes, it can generate a complete itinerary that includes every stop you need to make. It calculates the total time spent charging and ensures you have enough battery to reach each point safely. **How does EV Range Anxiety Loop handle different charger speeds?** It factors in the specific kilowatt (kW) output of each charger. This allows it to give you accurate recharge times for both fast and slow charging stations. **Does EV Range Anxiety Loop include a safety buffer for EV trips?** Yes, it uses a 20km safety buffer rule. It will alert you if a trip segment gets too close to your remaining range, helping you avoid being stranded. **Can I use EV Range Anxiety Loop to see how long I need to charge?** Absolutely. You can ask the agent to calculate the exact minutes needed to reach a specific range based on the power of the charger you plan to use. **Is EV Range Anxiety Loop good for fleet logistics?** It's excellent for fleet managers. It helps you model trip segments for delivery vehicles and calculate the downtime needed for charging to keep your fleet moving. **How does the safety buffer work?** A charge event is triggered if the remaining range is insufficient to reach the next charger plus a 20km safety buffer. **Can I simulate multiple charging stops?** Yes, by using the `simulate_trip_drain` tool with a JSON array of chargers along your route. **What inputs are required for charging duration?** You need the range deficit in km and the charger speed in kW for `calculate_recharge_duration`.