When you plan a route on EVDuel, our algorithm does a lot of heavy lifting behind the scenes. Here's how it works:
1. Understanding Your Vehicle
Every EV in our database comes with detailed specifications:
- Battery capacity - How much energy your car can store (kWh)
- Real-world range - Based on WLTP data adjusted for highway driving
- Charging curve - How fast your car charges at different battery levels
- Maximum charging speed - The peak DC charging rate
2. Route Analysis
We use real road data to calculate:
- Total distance and elevation changes
- Highway vs. city driving segments
- Speed limits affecting consumption
3. The Charging Stop Algorithm
Our algorithm follows these principles:
- Never arrive below 10% battery - Safety margin for unexpected detours
- Charge to 80% maximum - Beyond 80%, charging slows dramatically
- Minimize total time - Sometimes two short stops beat one long stop
- Use the fastest available chargers - We know which networks work best with your car
4. Network Intelligence
Not all chargers are equal. A Tesla at a Supercharger performs differently than at an Ionity station. We factor in:
- Plug compatibility (CCS, CHAdeMO, Tesla)
- Network-specific charging curves
- Real-world reliability data
Why This Matters
The difference between a well-planned and poorly-planned EV trip can be hours. By understanding your specific vehicle's characteristics and the charging infrastructure along your route, EVDuel helps you travel smarter, not harder.
Try it yourself - compare two different EVs on the same route and see how their charging strategies differ!