36V Ebike Lithium Ion Battery 16Ah High Power Li-ion Battery Pack
36V LITHIUM-ION BATTERY SPECIFICATIONS: Available in 36V/48V/52V configurations with capacities of 13Ah/15Ah/17.5Ah. Compatible with 200W-1000W motors. Features a maximum continuous discharge current of 30A and charges via 42V/54.6V/58.8V 2A input.
USER-FRIENDLY E-BIKE BATTERY: Designed with a sleek modern shape for effortless installation and removal. Eco-friendly and safe for operation. The 36V/48V/52V lithium battery supports both on-bike charging and portable charging options, enabling convenient power replenishment at home, in offices, or during travel.
WATER-RESISTANT CONSTRUCTION: Crafted with high-strength casing that meets IPX water-resistant standards. Suitable for short-term use in light rain conditions, though prolonged exposure to moisture should be avoided.
ADVANCED PROTECTION MATERIALS: Utilizes waterproof ABS exterior with insulation, corrosion resistance, and abrasion-proof properties. This engineering ensures reliable performance during wet weather operation.
VERSATILE APPLICATIONS: Ideal for electric tricycles, watercraft, folding/fat-tire/street/off-road e-bikes, mopeds, DIY battery projects, electric motorcycles, wheelchairs, and various personal electric mobility devices. Maintains cross-compatibility with multiple e-transportation platforms.
12.8V 30 AH Battery Lifepo4
This battery has a service life twice as long as that of lead - acid batteries, and its weight is significantly reduced, which can lower the replacement cost and enhance the convenience of use.
It has no memory effect and supports charging at any time, which can prevent capacity reduction and effectively extend the battery's service life.
It is safe and environmentally friendly, containing no heavy metals or harmful substances, meeting the requirements of green environmental protection.
The built - in IC chip can monitor the battery's status in real - time, preventing over - charging, over - discharging, over - heating, and short - circuits to ensure safe use.
The optimized design can buffer vibrations and avoid mechanical failures such as loosening of the internal battery structure caused by vibrations.