To calculate your e-bike range, divide the Watt Hours (Wh) of your battery by the average energy use (20 Wh per mile). For example, a 960 Wh battery would give approximately 48 miles of range.

Understanding E-Bike Energy Consumption

E-bikes use energy at an average rate of 20 Wh per mile. This rate can vary based on factors such as terrain and rider weight.

• Energy Use: On average, e-bikes use about 20 Wh of energy per mile.
• Factors Affecting Energy Use: Terrain, rider weight, and assistance level can all affect how much energy an e-bike uses.

How to Determine Your E-Bike’s Battery Capacity

Your e-bike’s battery capacity is key to calculating its range.

• Battery Capacity: This is usually measured in Watt Hours (Wh) and can be found in your e-bike’s specifications.
• Calculating Range: Divide your battery’s Wh by the average energy use (20 Wh) to get an approximate range.

Factors That Can Influence Your E-Bike’s Range

Several factors can influence the range of your e-bike.

• Terrain: Rough or hilly terrain can increase energy use, reducing your range.
• Rider Weight: Heavier riders may get less range as the e-bike uses more energy.
• Assistance Level: Using higher assistance levels can also decrease your range.

Frequently Asked Questions About Calculating E-Bike Range

Question: How do I calculate my e-bike range?

Answer: To calculate your e-bike range, divide the Watt Hours (Wh) of your battery by the average energy use (20 Wh per mile). For example, a 960 Wh battery would give approximately 48 miles of range.

Question: What factors can affect my e-bike’s range?

Answer: Several factors can influence your e-bike’s range, including the terrain you’re riding on, your weight, and the level of assistance you’re using.

Question: How do I find out my e-bike’s battery capacity?

Answer: Your e-bike’s battery capacity is usually listed in its specifications. It is measured in Watt Hours (Wh).