For prismatic cells and cylindrical cells we have cooperated with famous brand like such as Hithium, CALB, EVE, CATL, BAK, Sunwoda, Gotion, Ganfeng, Panasonic, Samsung SDI, LG, Sanyo, Lishen, Great Power, REPT Batterio, Molicel and so on, which also includes high-temperature cells and low-temperature cells.
Different brands, sizes, capacities, and performance configurations can be selected according to your project requirements and application needs.
Providing a wide range of lithium battery BMS solutions include DALY, JBD, ANT, JK, Topband, Mingtang, Best-Way and other reliable BMS manufacturers, supporting different voltage platforms, communication protocols, and application requirements.
Support various CAN, RS485, Bluetooth, GPS, 4G communication functions and software customization and so on, helping ensure stable performance, battery safety, and system compatibility for global lithium battery applications. Focusing on safety, communication compatibility, intelligent monitoring, and long-term reliability.
Available in pure nickel, nickel-plated steel, nickel-copper composite, pure copper, and aluminum-nickel, composite materials to suit a wide range of application scenarios.
Our technical and R&D teams select the most suitable nickel strips battery based on application scenarios, operating currents, cell types, series-parallel configurations, welding methods, conductivity requirements, thermal management, structural integrity, and operating environments.
This aims to minimize internal battery resistance and heat generation, while simultaneously enhancing electrical conductivity, welding stability, and operational safety, thereby extending the overall service life of the lithium battery pack.
Available in holder of ABS, PC, PP, PA, FR-PA, PC+ABS alloy, Glass Fiber Reinforced materials (GF) and PR-FA to suit a wide range of battery applications.
Our technical and R&D teams select the most suitable cell holders based on battery cell models, pack configurations, structural space constraints, thermal management requirements, insulation safety, vibration resistance, assembly efficiency, and operating environments.
This approach ensures greater structural stability, more effective thermal dissipation, enhanced insulation safety, and higher assembly efficiency for the battery pack, thereby significantly improving the safety, reliability, and service life of the lithium-ion battery system.
Available in battery shell materials include ABS, PC+ABS, aluminum alloy, steel, stainless steel, FRP, and sheet metal and so on.
Based on factors such as application scenarios, battery pack dimensions and internal structure, protection ratings, thermal management performance, structural integrity and vibration resistance, insulation and safety safeguards, installation methods and compatibility with customer equipment, and operating environments to provide solutions designed to enhance the battery pack's structural stability, water and dust resistance, thermal dissipation capabilities, insulation safety, and installation adaptability.
Based on battery voltage and current, application scenarios, device compatibility, interface count, ingress protection (IP) rating, mating durability, contact resistance and thermal management, wiring harness specifications, assembly methods, and installation procedures—the design is optimized to enhance the battery pack's connection stability, charging and discharging safety, dust and water resistance, and device compatibility, thereby mitigating risks associated with overheating, loose connections, mismatching, and after-sales issues.
Contact us today for a free consultation and customized battery solutions.
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