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ENERGY FLOW

I would like to suggest the implementation of an Energy Flow monitoring screen for REEV vehicles, similar to systems already available on other advanced hybrid and electric models. 🎯 Objective Provide a clear, dynamic, and real-time visualization of the powertrain operation, helping the driver better understand how energy is managed between the different vehicle components. πŸ–₯️ Screen Description The screen should display an animated graphical diagram including: Internal combustion engine (range extender) Electric motor Battery Drive system (wheels) With animated arrows/flows showing: Direction of energy transfer Intensity (via color, thickness, or animation speed) βš™οΈ Key Features Real-time visualization of: πŸ”‹ Energy flow from battery β†’ electric motor ⚑ Energy recovery during braking (regenerative braking) β›½ Range extender operation: Charging the battery Possible support to traction (if applicable) πŸ”„ Combined energy distribution between components πŸ“Š Battery state of charge (SOC) πŸ“Š Consumption Monitoring (Key Enhancement) Include detailed energy consumption data, either integrated in the same screen or in a dedicated section: Electric consumption in kW / kWh (instant and average) Fuel consumption in liters / km or L/100 km Optional combined efficiency indicator Historical consumption graph Display of energy recovered via regenerative braking 🌈 Suggested UI Design Clean and intuitive interface Clear color coding: Blue β†’ electric energy Green β†’ energy recovery Orange β†’ internal combustion engine Smooth and informative animations Quick access from main menu or β€œEnergy” section πŸš— Benefits for Users Better understanding of REEV system operation Improved driving efficiency and energy awareness More engaging and high-tech user experience Alignment with industry standards in hybrid/EV competitors βœ… This feature would significantly enhance the user experience, providing transparency on energy management and helping drivers optimize efficiency.