CCS(Cell Contact System / 电芯连接系统)将信号采集组件、塑料结构件和铝排组合在一起,它们通过热铆工艺或热压工艺连接,应用于新能源汽车和储能电池模块,实现电芯串并联、温度和电压采样,并将信息传输到BMS系统。CCS 作为电池模块或电池包内部电气连接元件,其取样元件、生产工艺、材料选择等受电芯分组方式、电池组校准参数、使用环境、空间、重量等因素的影响。因此,为了满足应用端的多样化需求,CCS产品也在不断升级信号采集组件、优化集成工艺等,并开发了多种技术路线。
CCS 电池模组以其卓越的安全性和可靠性而闻名。
严格的质量控制
每个电池模组都经过严格的质量测试,以确保在各种应用中的稳定性能。
先进的制造工艺
利用最先进的制造技术,我们确保电池模组的高效率和长使用寿命。
多重安全保护
配备过充、过放、短路保护等多重安全机制,确保使用过程中的安全。
延长使用寿命
通过优化的设计和材料选择,我们的电池模组使用寿命长,降低了更换频率。
CCS 电池模块具有很高的安全性和可靠性,是广泛应用的理想之选。无论您需要电动汽车 / EV电池还是储能系统 / BESS 电池,CCS 电池模块都能提供最可靠的解决方案。
The CCS is designed for the interconnection of the individual battery cells in the battery module.
The power battery of EV is composed of several single cells connected in series and parallel. The connection of cells is the key technology for the power battery group. The CCS can realize the functions of high-voltage series and parallel connection of cells, temperature sampling of batteries, cell voltage sampling, etc., and provide temperature and voltage to the BMS system through signal acquisition components and connector components.
The traditional wire was changed to FPC, manual wire bonding, manual welding will enable more excellent integration and automation. FPC can directly integrate fuses and temperature sensors, which can significantly reduce the process complexity of the wire module. The weight and cost are significantly reduced.
CCS (Cell Contacting System) highly integrated functional components such as FPC (signal acquisition component)+ cell isolation cover + copper aluminum busbar +NTC thermal element +fuse + connector.
There are three common packaging methods: cylindrical cells, prismatic cells, pouch cells. Each battery cell type has its own pros and cons.
CCS battery module with injection plastic holder; CCS battery module with blister molding holder; CCS battery module with hot-press PET film; hot-press CCS module; lightweight IBB module.
CCS, which uses FPC and other signal acquisition components, has the advantages of light structure and high integration, which is conducive to improving the space utilization and assembly efficiency of the battery pack. It is in line with the trend of lightweight automobiles, system integration of components and large modules. The rapid development of new energy vehicles will drive a substantial increase in the demand for FPC for automotive power batteries. Therefore, CCS has broad application prospects.