FY’X, a trusted name among Suppliers, introduces a range of smart BatteryManagement Systems (BMS) designed for E-bikes. Our selection includes theSmart BMS 13S 48V UART Communication, each featuring a robust 16Acapacity and advanced UART Communication capabilities. As Supplierscommitted to excellence, FYX ensures these smart BMS units are at theforefront of innovation, delivering efficient power management solutions for E-bike enthusiasts. Elevate your E-bike experience with FY'X's cutting-edgetechnology and reliable BMS solutions.
Product Description
FY•X, a leading supplier in the industry, presents a range of smart Battery Management Systems (BMS) specifically designed for E-bikes. Our selection includes the Smart BMS 13S 48V UART Communication, each featuring a 16A capacity and advanced UART Communication capabilities. As committed suppliers, FY•X prioritizes excellence, delivering innovative BMS solutions that ensure safe and efficient power management for E-bike enthusiasts. Choose FY•X for cutting-edge technology and reliable performance in the world of smart BMS for electric bikes.
Smart BMS 13S 48V UART Communication Application scope
This product is a protective board solution specially designed by Wenhong Technology Company for 14-string battery packs for shared electric bicycles. It is suitable for lithium batteries with different chemical properties and different numbers of strings, such as lithium ion, lithium polymer, lithium iron phosphate, etc.
BMS has a UART communication interface that can be used to set various protection voltage, current, temperature and other parameters, which is very flexible.
The protection board has strong load capacity, and the maximum sustainable discharge current can reach 16A. The protection board has LED power indicator (reserved) and system operation indicator light, which can conveniently display various statuses.
Functional characteristics
● 14 batteries are protected in series.
●Charging and discharging voltage, current, temperature and other protection functions.
● Output short circuit protection function.
● 1-channel battery temperature detection and protection.
● Accurate SOC calculation and real-time estimation.
● Protection parameters can be adjusted through the host computer.
● Communication can monitor battery pack information through the host computer or other instruments.
● Low power consumption
