Electric Vehicle Charging Cost Calculator

Easily learn the cost of charging your electric vehicle according to different scenarios and manage your budget.

How to Calculate Charging Cost? Select Calculation Method:

Calculation with Battery Capacity and Unit Price

How to Calculate?

This method calculates your full charging cost by knowing the battery capacity of your electric vehicle and the unit price of electricity (at home or at the station).

Full Charge Cost (TL) = Battery Capacity (kWh) * Electricity Unit Price (TL/kWh)

Example: Your vehicle's battery capacity is 60 kWh, the electricity unit price is 2.50 TL/kWh.
- Full Charge Cost = 60 kWh * 2.50 TL/kWh = 150 TL

Calculation with Filled kWh Amount and Unit Price

How to Calculate?

This is especially useful when you see how many kWh of electricity you have used at charging stations or smart home chargers. It determines your costs directly based on the amount you fill up.

Charging Cost (TL) = Amount of Electricity Charged (kWh) * Electricity Unit Price (TL/kWh)

Example: You filled 45 kWh of electricity, the unit price of electricity is 2.50 TL/kWh.
- Charging Cost = 45 kWh * 2.50 TL/kWh = 112.50 TL

Estimated Cost Calculation Based on the Route Traveled

How to Calculate?

Ideal for calculating your estimated monthly charging costs or before a long trip. It calculates the estimated cost using your car's average electricity consumption per 100 km and the distance you will travel.

Estimated Required Energy (kWh) = (Distance to be Traveled / 100) * Consumption per 100 KM
Estimated Cost (TL) = Estimated Required Energy (kWh) * Electricity Unit Price (TL/kWh)

Example: You will travel 400 km. Your vehicle consumes 15 kWh per 100 km. The unit price of electricity is 2.50 TL/kWh.
- Estimated Required Energy = (400 / 100) * 15 = 4 * 15 = 60 kWh
- Estimated Cost = 60 kWh * 2.50 TL/kWh = 150 TL

Why is it important to know the electric vehicle charging cost?

One of the biggest advantages of owning an electric vehicle is that fuel costs are generally lower than those of a petrol/diesel vehicle, but understanding and managing these costs correctly will help you optimise your budget in the long run.

Tracking your charging costs allows you to see the impact of your home electricity bill and compare the price differences between different charging stations (fast charging, slow charging, special stations). This way, you can choose the most economical charging options, avoid unexpected expenses, and have a clear idea of the total operating costs of your electric vehicle. It also helps you understand your carbon footprint and measure your environmental contribution.

Factors Affecting Charging Cost:

**Electricity Unit Price:** The price per kWh determined by the tariff you use at home (day/night) or the charging station.
**Battery Size:** The larger the vehicle's battery capacity, the more kWh is required for a full charge.
**Charge Level:** How long you charge the battery from empty.
**Charge Loss:** Energy loss (conversion efficiency) during charging, which can vary between 10-20%.
**Weather Conditions:** Very cold or very hot weather can reduce charging efficiency and consume additional energy for battery heating/cooling.
**Driving Style and Conditions:** The vehicle's overall consumption affects the charging frequency and therefore the cost.

These calculators provide estimated results based on the data entered. Actual charging costs may vary depending on many variables, such as current changes in electricity tariffs, charger efficiency, battery condition, environmental factors and charging stations' own commissions.