One of the most important parts of an e-bike is the battery. As an e-bike enthusiast, before choosing an e-bike, the most important concern of every rider is what is the range of this e-bike? What is the capacity and power of the battery? After they take the e-bike home and ride it for a while, they may wonder: Why does my e-bike always fail to reach the manufacturer's marked mileage? In most cases, it's not actually the manufacturer's fault or a gimmick.
There are actually many factors that can affect the range of an e-bike. Just like a cell phone with the same battery, standby mode and user mode can cause a significant difference in battery life. Some riding habits or inattentive actions while riding can affect the range of an e-bike battery. In this article we will tell you what factors can affect the range of e-bikes?
Capacity is one of all the factors that determine the range of an e-bike. It is the decisive variable for others. The amount of energy a battery cell can store is capacity. It is the most important attribute of any battery and is measured in Ampere-hours (Ah). It is the maximum number of amps that a battery can withstand for one hour. Basically, the higher the capacity of the battery, the more energy you have and the farther you can travel. When you are shopping for an electric bike, you need to carefully compare the capacity of the battery.
|Model Number||DK200||F1 Pro||F3 Pro|
|Battery||48V, 20AH (960Wh)||48V, 22.5AH (1080Wh)||48V, 40AH (1920Wh)|
|Riding Range||40-50KM (25mi -31mi )||50-60KM (31mi -38mi )||70-90KM (44mi -56mi )|
Weight and load capacity
Heavier riders or when loaded with heavier loads can reduce the range of an e-bike. The heavier the load on the e-bike, the more energy the engine needs from the battery supply, which significantly reduces the range of the e-bike.
When we are riding, we will have less range when riding on complex terrain than we would on a flat road. The terrain you are traveling on will also determine how often you use your brakes, which will also have an impact on the overall range of the e-bike.
All e-bikes are designed with pedal assist, which means they can be pedaled as well as powered by a motor. Riders who add pedal assist to their ride while using motor drive will greatly increase the range of their e-bike. In addition, by pedaling the bike, the rider can save energy and extend the battery life of the e-bike.
Various weather factors can also affect the range of your e-bike's battery. Riding with or against the wind will increase or decrease your e-bike range. Ambient temperature also has an effect. As a result, batteries can store less energy in cold temperatures, which limits the distance you can travel. Extreme temperatures, both hot and cold, are not good for the battery.
These are just some of the factors in life that can affect the range of an electric bike. If you want to schedule more time for yourself for daily trips or weekend rides, you need an e-bike that offers extra-long range. An electric bike with extra long range will help you go farther and faster on your rides, giving you the opportunity to explore more trails and terrain than ever before. Not only that, but you'll save money on fuel, which is an added benefit. All in all, there are many more factors that affect the range of electric bikes, as long as we pay attention to the regular maintenance and care of our electric bikes in our daily life, it is enough.
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