Range Calculation Formula:
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The range calculation estimates how far a battery-operated car can travel on a full charge based on its battery capacity and energy consumption rate. This helps drivers plan trips and understand their vehicle's capabilities.
The calculator uses the range formula:
Where:
Explanation: The formula converts battery capacity to watt-hours, then divides by consumption rate to determine how many kilometers can be traveled.
Details: Accurate range estimation is crucial for trip planning, understanding vehicle efficiency, and comparing different electric vehicle models. It helps prevent range anxiety and ensures safe travel.
Tips: Enter battery capacity in kWh (typically between 30-100 kWh for modern EVs) and consumption in Wh/km (typically between 150-250 Wh/km for efficient models). All values must be positive numbers.
Q1: Is this the actual range I'll get?
A: This is the theoretical maximum range. Real-world range may be 10-20% less due to factors like weather, terrain, driving style, and accessory use.
Q2: Where can I find my car's consumption rate?
A: Check your vehicle's dashboard display (often shows average consumption), owner's manual, or manufacturer specifications.
Q3: Does battery degradation affect range?
A: Yes, as batteries age they lose capacity. After several years, you may need to use 80-90% of original capacity in calculations.
Q4: How can I improve my car's range?
A: Drive at moderate speeds, use regenerative braking, minimize AC/heat use, keep tires properly inflated, and reduce unnecessary weight.
Q5: What's a good Wh/km consumption rate?
A: Under 200 Wh/km is excellent, 200-250 is good, and above 250 means shorter range or larger battery needed.