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E-Bike electricity cost calculator: calculate electricity consumption & maintenance costs

Calculating electricity costs is child's play. All you need is 2-3 pieces of information, which you can find on your electricity bill and the information on your e-bike. You can then use our practical e-bike electricity cost calculator

Von Fabian Huber  |  8 minutes read time

E-Bike Stromkosten Rechner
About the author Fabian Huber

Fabian founded MYVELO together with Vincent. The two share a long-standing passion for cycling. Together they have cycled thousands of kilometers and fought for victories in the German racing bike league. The idea of founding MYVELO arose from their many years of experience and knowledge of what makes a good bike. Find out more about MYVELO now

Published: May 26, 2021  |  Updated: July 26, 2024


How are the electricity costs for your e-bike calculated?

The calculation of electricity costs is based on four input values:

  1. Electricity price (Euro/kWh): The price you pay for one kilowatt hour (kWh) of electricity.
  2. Battery capacity (Wh): The capacity of your vehicle's battery in watt-hours (Wh).
  3. Range per battery charge (km): The distance you can travel with a full battery charge.
  4. Mileage per year (km): The total distance you drive per year.

An example:

  • Electricity price: Assume that the electricity price is 0.30 Euro/kWh (this value must be specified to complete the calculation).
  • Battery capacity: 500 Wh
  • Range per battery charge: 80 km
  • Mileage per year: 5000 km

Calculation steps:

  1. Conversion of battery capacity in kWh:

    • Battery capacity in kWh = Battery capacity in Wh / 1000
    • Battery capacity in kWh = 500 Wh / 1000 = 0.5 kWh
  2. Calculating the number of full battery charges per year:

    • Number of charges per year = mileage per year / range per battery charge
    • Number of charges per year = 5000 km / 80 km = 62.5
  3. Calculation of annual electricity costs:

    • Electricity costs per year = number of charges per year * battery capacity in kWh * electricity price
    • Electricity costs per year = 62.5 * 0.5 kWh * 0.30 Euro/kWh
    • Electricity costs per year = 9,375 euros

Step-by-step explanation:

  1. Convert battery capacity: The capacity of the battery is converted from 500 Wh to 0.5 kWh.
  2. Calculate the number of charges: To drive 5000 km per year, the battery must be fully charged approximately 62.5 times.
  3. Calculate electricity costs: The annual electricity costs are calculated by multiplying the number of charges, the battery capacity in kWh and the electricity price.

This method shows how to calculate the electricity costs for different input values. Depending on the electricity price and driving habits, the costs can vary greatly.

How much does it cost to maintain an e-bike per year?

Energy consumption, replacement battery, wear and tear: What are the maintenance costs for e-bikes that e-bike buyers expect? As expected, the electric bike incurs further operating costs after purchase. To determine how high the maintenance costs are for an e-bike, it is important to note that some parts are subject to greater stress than on normal bikes due to the additional drive power.

The electricity for the e-bike battery is also expensive; you can calculate these costs with the e-bike electricity cost calculator. Faster than cycling, more environmentally friendly and often more practical than driving a car: for many people, electronic cycling has become an important part of their individual mobility. But what costs can you expect when maintaining an electric bike?

Whether it's a trekking bike , a mountain bike or an electric racing bike - there's buzzing and gliding everywhere. The triumph of e-bikes is very successful. In recent years they have become more and more popular and are now an essential part of every cycling scene. An electronic bike generally costs about twice as much as a conventional bike and of course also has higher running costs.

Can I calculate the electricity consumption myself using the E-Bike electricity cost calculator?

Charging a 500 Wh battery at a cost of 0.30 euros per kWh requires about 0.15 euros. This value occurs for each full charge cycle, regardless of whether it is fully reached or started by intermediate charges. Here, manufacturers indicate the maximum number of charge cycles for the battery.

Assuming 1,000 charging cycles, the electricity costs with the above values ​​amount to 150 euros for the entire service life of the battery of an electric bicycle.

If the battery supplied no longer provides enough power, buying an e-bike battery will cost additional money. So the question is, how long can a battery with good performance last and how long will it work? As standard, today's lithium-ion batteries used in most electronic bicycle drive systems have up to 1,000 charge cycles.

The obvious factor in the cost of running an e-bike is energy consumption. After all, with average usage, the electronic bike should be charged once or twice a week .

If you set the electricity price at 0.30 euros per kilowatt hour, the maintenance costs for the e-bike or pedelec for charging the 500 Wh bicycle battery are around 15 cents. Modern chargers have a very high efficiency. Sometimes 95%, which means that charging losses can be neglected.

How high are the follow-up costs of an e-bike or pedelec ?

Follow-up costs for e-bikes: electricity costs, maintenance intervals

Modern technologies are often considered less durable and reliable than their predecessors and are often irreparable. This definitely does not apply to electric bikes. Almost all components work better and more comfortably today, and many of the bike's classic weaknesses have been eliminated.

However, wear and tear is still not a negligible factor. This is where electric bikes have disadvantages compared to conventional bikes. The costs do not only relate to the electricity and material costs - there are also maintenance costs in a specialist workshop. Changing the brake pads, for example, costs around 15 euros.

Maintenance costs vary greatly depending on how often you use the bike and how you treat it. We usually recommend an annual service check. Depending on the scope of the check, you can expect to pay between 50 and 150 euros. A new battery costs 400 - 1000 euros. A modern battery lasts around 100,000 kilometers. That means you can travel around the world about two and a half times without changing the battery.

How much energy does a Pedelec consume and what is its carbon footprint?

An electric bicycle such as the Pedelec requires approximately 0.7 kilowatt hours (kWh) of electricity per 100 kilometers, i.e. 7 watt hours (Wh) per kilometer (one kilowatt hour is roughly equivalent to one washing machine cycle or seven hours of television).

Of course, this value varies greatly depending on the bike, riding situation, rider performance and weight. When riding uphill, more than 20 Wh / km are consumed. If you ride straight, the value is less than 10 W / km.

With the current electricity tariff in Germany, carbon dioxide (CO2) emissions are around 600 grams, i.e. one kilometer with an electric bike produces almost 6 grams of CO2. From an environmental point of view, however, it should be clear: an electric bike is only ecological if the battery is charged with certified green electricity.

What are the total e-bike costs?

The cost of a spare battery, which will need to be replaced sooner or later, should be added to the electricity costs. If we realistically assume that the battery lasts for about 700 charging cycles and costs about 700 euros, you will have to budget one euro for the subsequent costs of an electronic bike every time you charge it.

The only question is when new investments will be required. If the vehicle is used frequently and intensively, for example on the daily commute , this may be in just two or three years.

Frequent "discharging" shortens the battery life. Regular charging, on the other hand, is beneficial for the battery and does not reduce the number of charging cycles. A partial charge always corresponds only to the corresponding part of the charging process.

Theoretically, a battery can be half-charged 2000 times with 1000 charging cycles. With the e-bike electricity cost calculator, you can calculate the costs for partial charges just as easily.

The bicycle inspection - How much does the maintenance cost?

An electric bike needs regular maintenance, also known as a bike inspection. This inspection is carried out in a specialist workshop according to the checklist developed jointly by several associations and clubs.

If you want to service your bike yourself, you can use the same list as a specialist workshop. A private bike inspection can be carried out correctly in many areas, but a visit to a bicycle mechanic is particularly advisable for components that are important for safety.

When should the inspection be carried out? After purchasing a new electric bike, the bike is inspected for the first time after 300 km or after 3-6 months. In your interest, the inspection should be carried out at least once a year.

Spring is a good time to start a new season with a service and a well-maintained bike. Anyone who rides all year round is well advised to have two small inspections per year.

A small bike inspection usually costs 20 to 25 euros. The price differs for racing bikes / MTBs and city bikes . A larger inspection costs between 40 and 50 euros.

A distinction is also made here as to whether it is a fully equipped bike or a racing bike / MTB . A full maintenance for an electronic bike costs between 50 and 60 euros. It also includes software checking and the implementation of updates.

In general, the cost of inspecting a bike should always be considered excluding materials. Small repairs that do not require new components will be included directly in the bill at a good bike shop.

What are the additional costs of riding an e-bike?

Electric cars and electric bikes have one thing in common - they run on electricity. But this also means they need to be charged regularly and the battery will eventually need replacing. Then there's normal tire, chain and brake wear and the need for insurance... so there are many factors that go into the cost of ownership. Also remember to buy a good helmet to protect yourself as best you can.

Insurance is mandatory for S-Pedelecs and costs around 50 euros per year. Insurance is also useful for conventional electronic bicycles, especially against theft if you live in a densely populated urban area. You also pay 50 euros per year for this.

How much does wear and tear cost on e-bikes? Electronic bikes are reliable, but if there is a defect in the motor and electronics, it can quickly become expensive.

It could also be a display, for example, which then costs almost 200 euros - depending on the system - or it could be a special drive wheel and electric motor in a single speed . A new hub motor costs around 300 euros. The wear and tear on chains and sprockets is significantly higher with a mid-engine because the load is higher.

Of course, classic e-bike wear parts should also be replaced regularly. In addition to the sprockets and chains already mentioned, there are also brakes, cables and tires. Regular inspections will help you determine when action is required. Frequent riders can consider belt-driven bikes instead of a chain-driven bike, which are much quieter and more stable, but also more expensive.

What are the additional costs for the S-Pedelec?

All owners or potential owners of S-Pedelecs should pay attention to the additional costs. The electricity costs for S-Pedelecs can also be calculated using the e-bike electricity cost calculator. Thanks to the electric motor, these bikes can move at an enormous speed of 45 km/h, so you can ride much faster than with an electronic bike or a classic pedelec.

The legislator also takes this into account: For example, the S-Pedelec must have an insurance label and may not use bicycle paths or sidewalks, among other things.

In any case, it should be a third party insurance, which is cheap - around 50 euros per year. If you want to insure yourself in case of an emergency, you should prefer a fully comprehensive insurance. This is around 75-120 euros per year, depending on the cost of the bike and the insurer you choose.

What is the conclusion?

In the end, the question arises: Does it make sense to buy an electric bike or even the more expensive S-Pedelec? Definitely, yes!

The conclusion regarding the maintenance costs of e-bikes is that electric bikes are still much cheaper to maintain and service than a car. Of course, you are doing something good for yourself and for Mother Nature.

Previous article Environmental balance in comparison: E-bike vs. car - manufacturing costs, footprint and energy balance checked

Comments

Alexander - April 20, 2022

Eine sehr, sehr hilfreiche Seite, vielen Dank!

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Further information and frequently asked questions zu E-Bike electricity costs, power consumption & maintenance costs

Get advice from cycling enthusiasts

The cost of charging an e-bike depends on several factors, including the electricity tariff, the capacity of the battery and the efficiency of the charger. Here is a rough estimate of how to calculate the cost:

  1. battery capacity: Most e-bike batteries have a capacity of around 400 to 700 watt-hours (Wh). Let's take an average 500 Wh battery as an example.
  2. electricity tariff: The electricity tariff varies depending on the region and provider. In Germany, the average electricity price in 2024 will be around 30 cents per kilowatt hour (kWh).
  3. calculation of costs:

Therefore, a full charge of an average e-bike battery costs about 15 cents.

This is a rough estimate and actual costs may vary depending on specific circumstances, including exact electricity tariff and charger efficiency.

The power consumption of an e-bike depends on several factors, including the capacity of the battery, the frequency of use and the distances traveled. Here are some key points to better understand power consumption:

  1. battery capacity: E-bike batteries usually have capacities between 400 and 700 watt hours (Wh). This indicates how much energy the battery can store.
  2. reach: The range of an e-bike per charge depends on various factors, such as riding style, terrain, support mode and weight of the rider. On average, an e-bike with a 500 Wh battery can travel about 50 to 100 kilometers per charge.
  3. power consumption per kilometer: To calculate the power consumption per kilometer, you can divide the battery capacity by the average range. For example:
  4. Annual electricity consumption: If you assume that you ride the e-bike 2000 kilometers per year:
  5. costs for electricity consumption: At an electricity price of 30 cents per kWh:

In summary:

  • power consumption per kilometer: approx. 6.67 Wh
  • Annual electricity consumption: approx. 13.34 kWh (at 2000 km/year)
  • Annual costs: approx. €4.00 (at an electricity price of 30 cents/kWh)

These numbers are rough estimates and may vary depending on individual use and specific conditions.

The power consumption of an e-bike for 100 kilometers depends on the capacity of the battery and the efficiency of the e-bike. Here is a detailed calculation based on typical assumptions:

  1. battery capacity: Let's assume the e-bike has a 500 watt-hour (Wh) battery.
  2. Average reach: An e-bike with a 500 Wh battery has an average range of about 50 to 100 kilometers, depending on riding style, terrain and level of support. For this calculation, we assume that the e-bike has an average range of 75 kilometers per 500 Wh charge.
  3. power consumption per kilometer:
  4. power consumption for 100 kilometers:

So, the power consumption of an e-bike for 100 kilometers is about 667 Wh or 0.667 kWh.

If you want to convert this into costs, you can use the electricity price. With an electricity price of 30 cents per kWh:

  • 0.667 kWh * 0.30 €/kWh = approx. 0.20 €.

In summary:

  • power consumption for 100 kilometers: approx. 667 Wh (0.667 kWh).
  • cost for 100 kilometers: approx. 20 cents (at an electricity price of 30 cents per kWh).

These calculations are estimates and may vary depending on specific conditions and use of the e-bike.