Lithium Battery for Electric Two-Wheelers

This battery series includes the 60V220 and 72V220 configurations. Both models provide a nominal capacity of 196Ah and an output current of 200A. Their main differences are standard voltage, nominal energy, product weight, and enclosure width. The 60V220 is designed for a 64V platform, while the 72V220 is intended for a 76.8V system.

The Lithium Battery for Electric Two-Wheelers is suitable for vehicle projects that require a relatively large battery capacity and higher output current. Before selecting a model, buyers should confirm the voltage requirements of the vehicle controller, motor, and charging equipment. The two products cannot be exchanged simply because they have the same capacity and output current.

The 60V220 provides 12,544Wh of nominal energy. It weighs 90 ±1kg and measures 645 × 340 × 310mm. The 72V220 provides a higher nominal energy of 15,052Wh. It weighs 97 ±1kg and measures 645 × 355 × 310mm.

The length and height are the same for both models, but the 72V version is wider and heavier. Due to the large battery capacity and product weight, vehicle designers and replacement battery buyers should carefully review the internal battery compartment, mounting structure, load-bearing conditions, and connection position.

Nominal energy can be used to compare the energy level of the two models. However, it does not represent a fixed vehicle operating time. Actual performance can change according to vehicle power, payload, operating speed, and environmental conditions. A complete vehicle assessment is therefore needed before an order is confirmed.

For customized projects and volume purchasing, the technical team first reviews the vehicle application, system voltage, installation dimensions, and required specifications. The selected configuration can then be produced as a sample for testing.

Volume production begins after the sample has passed testing and the customer has confirmed the configuration. This process helps identify possible differences in electrical parameters, installation dimensions, or system compatibility before a larger quantity is manufactured. The final battery solution should always follow the confirmed vehicle technical requirements.

The Suzhou R&D and operations center manages requirement communication, solution design, and supply chain coordination. The Xuzhou manufacturing base handles parts processing, product assembly, process management, and finished-product inspection.

Quality control covers incoming materials, production processes, and finished batteries. Battery capacity grading and aging test cabinets, constant temperature and humidity chambers, and electronic component testing instruments are available to support production checks and final verification. Delivery is arranged after the product passes outgoing inspection.

For after-sales requirements, the company provides a timely response and commits to offering a solution within 24 hours.