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With this algorithm, you can calculate the energy consumption of an electric vehicle, expressed in liters per 100 km, based on the data of consumption in kwh/100 km Energy per distance can be converted in distance per energy and vice versa. This allows you to compare the energy efficiency of electric vehicles and vehicles with internal combustion engines on a single scale.

How many liters per 100 kilometer in a kilowatt hours per 100 kilometer From one value, the others can be calculated One kilowatt hours per 100 kilometer (kwh/100km) is equal to 8.902598 liters per 100 kilometer (l/100km)

To help you compare vehicles that use electricity, a conversion factor is used to convert electrical energy consumption values, expressed in kilowatt hours per 100 kilometres (kwh/100 km), into gasoline litres equivalent per 100 kilometres (l e /100 km).

Well, we know a litre of petrol contains about 8.9 kwh of energy If we convert this and compare it with the energy consumption of the mg5 electric long range (15.3 kwh/100 km divided by 8.9 kwh/litre), you have an equivalent fuel consumption of just 1.7 l/100 km. Electric vehicle battery size is expressed in terms of how much power the battery will hold, just like the litres in a fuel tank The vehicle’s stated range is obtained by dividing the battery capacity by the efficiency rating.

This calculator does the conversion. It translates the amount of electric energy used by a vehicle into an equivalent amount of fuel consumption (liters of gasoline) for a given distance, usually 100 kilometers. Compare driven distance and consumed energy for different values and specifications

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