Anhui Jinxiangzi New Energy Technology Co., Ltd. is a professional battery system manufacturer located in Bengbu High-tech Zone, Anhui. We have advanced production equipment and a professional R&D team. Our products are widely used in power, energy storage and engineering machinery.

We adhere to the philosophy “People-oriented, Technology-led”. We are not only a manufacturer, but also a power technology academy. We look forward to cooperating with global partners.

Equipped with full-automatic lithium battery production and testing equipment

The equipment includes a production line for square lithium-ion batteries and square power cell units for two-wheel and three-wheel electric vehicles. It integrates all processes such as loading, cell processing, laser welding, laser detection, etc., to enhance product quality.

Suitable for assembly and welding of cylindrical lithium-ion batteries, cylindrical nickel-metal-hydride batteries, and other types of power batteries. The product is applied to Digital products, power tools, drones, street lamps, batteries, electric toys, etc.

It can be used for disassembling the chassis battery packs of new energy vehicles, lithium battery modules, two-wheel and three-wheel electric vehicles, etc., as well as square-shaped power battery packs.

Production of 5V-30A-768-channel square box/soft package cell separation cabinets and charging/discharging aging testing systems with 60V-120V/20A-200A and other testing equipment.

The electrical design directly impacts power output and efficiency. We reduce internal resistance, optimize wiring, and improve safety, reliability, and energy transfer efficiency with high-quality processes.

Battery packs generate heat during operation. Our thermal management system uses high-precision sensors, heat-conductive materials, and temperature control to maintain a stable, safe operating environment.

BMS is an essential component in the battery pack, responsible for monitoring, controlling and protecting the battery. We are committed to improving the algorithms and functions of BMS, ensuring its sampling accuracy, in order to enhance the battery's lifespan, charging and discharging performance, and safety, while achieving accurate monitoring of the battery status and fault diagnosis.

The structure of the battery pack is critical to performance and safety. We optimize size, materials, insulation, waterproofing, dustproofing, and shock resistance for reliable operation.

The battery pack needs to be effectively integrated with specific application systems to meet requirements and provide optimal performance. We are committed to the close integration of the battery pack with application systems such as electric vehicles and energy storage systems, optimizing the power management strategies, communication protocols, and control logic of the system to enhance the overall system efficiency and reliability.

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