Within a fixed space, lithium-ion batteries provide a higher volume of energy. Higher energy density lithium battery brings the user a longer journey, 18650, 21700, and 26650 cells are all optional for you.
Regular NCM lithium batteries provide us a working range of -20~65℃, And low-temperature type cells provide us with a more comprehensive range of -40~65℃. The user could enjoy outdoor riding, whether it's rainy or snowy.
Enhanced by the improved battery technology, now NCM battery could also provide a longer cycle life of >1000 cycles instead of the old 500 cycles
After years of market evolution, now hundreds of e-bike battery cases are optional, with different cell and different voltage options, We provide you with thousands of battery options.
18650 cells are popular for e-bike batteries, especially for lower-power or entry-level e-bikes.
21700 cell has bigger size, higher energy density, it makes the whole bike lighter.
18650 cells are popular for e-bike batteries, especially for lower-power or entry-level e-bikes.
Another option: The 26650, as a conventional cell model, has a slightly larger size but is equally easy to obtain, providing an alternative possibility for battery pack design.
Lower energy density: Compared to 21700 cells, the energy density of 26650 cells is slightly lower.
Extended cycle lifespan: Similar to 21700 cells, 26650 cells tend to have longer lifespans compared to smaller cells like 18650. The larger cell size allows for better heat management and reduced stress on the cells during operation, contributing to a longer overall battery life.
A programmable BMS allows e-bike manufacturers to customize the battery's performance characteristics to match the specific requirements of their e-bike models. This includes adjusting parameters such as voltage thresholds, current limits, and temperature cutoffs to optimize the battery's performance for different motor systems, riding conditions, and user preferences.
A programmable BMS can implement advanced algorithms for estimating the remaining battery capacity more accurately. This enables riders to have a better understanding of how much range they have left and can help prevent unexpectedly running out of power.
With a programmable BMS, safety features can be fine-tuned to provide an extra layer of protection. This might include setting more conservative voltage and temperature limits, implementing specific response behaviors for abnormal conditions, and tailoring protection mechanisms based on the e-bike's intended usage.
Programmable BMS units can be designed to communicate with the e-bike's motor controller, display, and other components. This enables seamless integration and data exchange, leading to smoother operation and better user experience.
