安全防护优化，提供安全可靠设计，泄压通道及烟道设计，双重防水防尘设计，不起火技术应用。
Optimized Safety Protection: Safe & Reliable Design, Pressure Relief Channel & Flue Duct Design, Dual Waterproof & Dustproof Design, Non-ignition Technology Application.
泄压阀
Safety Protection Optimization
研发制造
产品视窗
以分解视图呈现电池包内部结构、安全设计与关键集成技术。
安全防护优化，提供安全可靠设计，泄压通道及烟道设计，双重防水防尘设计，不起火技术应用。
Optimized Safety Protection: Safe & Reliable Design, Pressure Relief Channel & Flue Duct Design, Dual Waterproof & Dustproof Design, Non-ignition Technology Application.
泄压阀
Safety Protection Optimization
替换动力线束，提升过流和温度控制，避免线束共故障发生。
Replaces the power wiring harness to enhance overcurrent and temperature control capabilities and prevent the occurrence of wiring harness resonance failures.
铜排
Replaces Power Wiring Harness
金属端板两侧收紧，抑制电芯过度膨胀，避免电芯鼓包风险，极大提升电池使用寿命。
Bilateral tightening of the metal end plates restrains excessive cell expansion, eliminates the risk of cell swelling, and significantly prolongs the service life of the battery.
锁止模块
Locking Module
1.2mm厚度金属壳体+喷塑。提升壳体抗爆防刺等，喷塑提升整体绝缘性能。
The 1.2mm-thick metal housing with powder coating improves the housing's impact and puncture resistance rating, and the powder coating further enhances the overall insulation performance.
加厚壳体
Thickened Housing
物联网模块[选配]
The handle features an integrated IoT module.
IOT
IoT Module [Optional]
优化防水设计[支持IPX7]
Optimized waterproof design with IPX7 protection rating.
防水支架
Waterproof Bracket
BMS与CCS采用一体式塑胶支架设计，提升整体结构稳定性，避免共振造成的内部短路和元器件损坏。
The BMS and CCS feature an integrated plastic bracket design, which enhances the overall structural stability and prevents internal short circuits and component damage caused by synchronous resonance.
支架设计
Bracket Design
整包采用灌胶工艺，提升安全保护
The entire pack adopts the potting process to enhance safety protection.
灌胶工艺
Potting Process