What is the battery range of my e-bike?

E-bikes are now part of almost every household where bicycles are used. One issue that concerns all e-bike riders is the range of the battery. With this detailed blog post, we want to provide more clarity regarding the e-bike battery range.

E-Bike battery range – This is how far you can really travel with a 500Wh, 625Wh or 750Wh E-Bike battery!

The range of an e-bike battery depends on various factors, including the terrain, the rider's weight, the riding style and the support level of the motor.
Here is a rough estimate of how far you can travel with each battery:

• 500Wh battery = about 50-100 kilometers
• 625Wh battery = about 60-120 kilometers
• 750Wh battery = about 75-150 kilometers
  

Which factors play a central role in the range of your e-bike battery?

The range of an e-bike battery is influenced by various factors. These include the selected motor support level and the gear selection, with lower gears often consuming more energy, especially on steep sections. Riding style also plays a role, as frequent starts and abrupt braking can increase energy consumption. In addition, the terrain and environmental conditions affect the range, with uphill rides, headwinds and soft ground requiring more energy. The overall weight of the bike and the payload are also crucial, as a heavier bike requires more energy to move it.

The influencing factors regarding the e-bike battery range at a glance:

• the support level of the motor
• the gear selection (lower gears consume more energy, especially on inclines)
• driving behaviour (frequent starting and abrupt braking increase energy consumption)
• Terrain and environmental conditions (mountain driving, headwind, soft ground require more energy)
• Total weight of the bike and load (heavy bike requires more energy)

Can I calculate the exact range of my e-bike battery?

Yes, you can calculate the range of your e-bike battery using online range assistants such as the one from Bosch or special apps for e-bikes. These tools take into account various factors such as terrain, rider weight, support level and other relevant parameters to provide a more accurate range estimate. However, it is important to note that these are always estimates and the actual range may vary depending on the conditions and your riding behavior.

What options are there to extend the range of my e-bike battery?

There are a few other ways to extend the range of your e-bike battery. These include using the "Eco" mode or a similar energy-saving setting, where available, to further reduce energy consumption. You can also try to ride on flat terrain and avoid unnecessary inclines to minimize energy requirements. An optimized route that avoids obstacles such as busy roads or frequent stops can also help to increase range. You should also adapt your riding style by accelerating gently and braking early to minimize energy loss due to friction. Regular maintenance of your bike, including lubricating the chain and checking for loose or worn components, can also reduce energy loss. Finally, it is advisable to avoid extreme temperatures as they can affect the performance of the battery and thus reduce range. Another option is to make aerodynamic improvements, for example by fitting mudguards or using a rear luggage rack to reduce air resistance and increase efficiency.

Store your e-bike battery properly in winter to guarantee your range in the long term

In order to be able to pedal with the same range of your e-bike battery after the winter, it is particularly important to store the battery correctly in winter. In the blog article "E-bike battery in winter - what you should pay attention to" we have given you detailed tips on this. Here you will find a brief summary of the most important points:

To maintain the performance and lifespan of your e-bike battery as best as possible, it is important to store the battery correctly in frosty conditions. Charging at extremely low temperatures is not recommended. Large temperature fluctuations should be avoided to prevent the formation of condensation and corrosion. The battery should be stored in a room with low humidity.
A charge level of 30-60% is ideal, as fully charged or discharged batteries age more quickly in cold temperatures. Storage at temperatures between 10 degrees and 20 degrees Celsius is optimal, and a neoprene cover or insulating container can help keep the temperature level constant. The battery should be stored in a dry place. In addition, it is important to keep the battery clean and dry and keep it away from flammable materials. As battery specifications can vary depending on the manufacturer, it is advisable to always follow the manufacturer's instructions for optimal storage and handling.
Battery level drops significantly.