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What are the structural components of energy storage battery modules?

储能电池模组结构件有哪些:端板锂电池模组端板铝合金融合固定保护电池单元提高散热轻便高强度导热性好镂空设计减重增强冷却效率标准尺寸169×175×19.5mm复合端板金属增强插入绝缘结构保持刚性减重+绝缘片端盘绝缘片侧面绝缘片0.5mm环氧板电芯四周电芯之间绝缘处理定位绝缘片绝缘底板底部绝缘垫+泡棉电芯与电芯之间泡棉各种形式顶梁泡棉防止上盖拍打模组顶部缓冲片热缩管定位绝缘片组合解决电芯位移焊点疲劳振动冲击短路隔热垫端部电芯与端板之间+汇流排铜铝复合汇流排串联并联电池电芯仿真优化截面降低内阻发热激光焊接汇流排CCS集成母排采集线FPC FFC PCB支撑片吸塑膜片+固定组件钢带或塑料带环绕端板长拉杆螺牙套固定端板在梁上挡胶条保证胶芯电芯液冷板密封条+外壳组件模组上盖上盖板绝缘板BMS主控板电芯模组从控采集板高压连接组件采集线束结构框架均衡模块电芯固定片电流采样板端板底部线束组件BMS底座底部护板防爆阀四个螺钉固定电器板预装维修窗口+储能电池模组设计要点端板形式绝缘片泡棉+Pack结构件采购+模组CCS母排+铝合金端板供应商。

Structural components of energy storage battery modules

Module structural components—End plates + Insulation + Fastening (Source: Douyin): Standard practice: Aluminum alloy end plates (Source: Dagong); Core elements: Insulation sheets + foam (Source: Douyin); Note: Steel strap fastening (Source: Patsnap).

I.
End Plates

Aluminum alloy: Lightweight and high-strength (Source: Dagong); Thermal conductivity: Excellent heat conduction aids dissipation (Source: Douyin); Hollow design: Cut-out design reduces weight (Source: Dagong); Dimensions: 169×175×19.5mm (Source: Dagong); Composite: Composite end plates increase rigidity (Source: Patsnap)—End plates: Aluminum alloy + thermal conductivity + hollow design (three key features).

II.
Insulation Sheets

End plate: End plate insulation sheet (Source: Douyin); Side: Side insulation sheet (Source: Douyin); Epoxy: 0.5mm epoxy board (Source: Douyin); Positioning: Positioning insulation sheet (Source: Patsnap); Bottom: Bottom insulation plate (Source: Douyin)—Insulation: End plate + side + epoxy (three locations).

III. Foam

Between cells: Foam between cells (Source: Douyin); Top beam: Anti-impact foam for the top beam (Source: Douyin); Cushioning: Shock-absorbing cushion pads (Source: Patsnap); Thermal insulation: Thermal insulation pads (Source: Patsnap); Compensation: Expansion compensation (Source: Douyin)—Foam: Cushioning + Thermal Insulation + Compensation (Three functions).

IV.
Busbars

Copper-aluminum: Copper-aluminum composite busbars (Source: Patsnap); Welding: Laser-welded busbars (Source: Douyin); Connection: Series and parallel connections (Source: bess.courses); Low resistance: Low internal resistance optimized via simulation (Source: Patsnap); CCS: CCS integrated busbar (Source: Douyin)—Busbars: Copper-aluminum + Laser welding + CCS (Three key points).

V.
Fastening Components

Steel strap: Steel strap encircling end plates (Source: Patsnap); Plastic strap: Plastic strap for securing (Source: Patsnap); Tie rod: Long tie rod with threaded sleeve (Source: Douyin); Adhesive barrier: Adhesive barrier strip for sealing (Source: Douyin); Data acquisition: Acquisition harness securing (Source: Douyin)—Fastening: Steel strap + Tie rod + Adhesive barrier (Three structural elements).

VI.
Housing Components

Top cover: Module top cover (Source: Douyin); Base plate: Insulating base/protective plate (Source: Douyin); Explosion-proof: Explosion-proof valve with four screws (Source: Douyin); BMS mount: BMS mounting base (Source: Douyin); Service window: Maintenance access window (Source: Douyin)—Housing: Top cover + Explosion-proof valve + Service window (Three components).

7. Procurement Recommendations

First, select end plates (aluminum alloy); second, configure insulation (epoxy insulation sheets); third, add foam (for cushioning and thermal insulation); fourth, specify busbars (copper, aluminum, or CCS);
and fifth, verify fixation (steel straps or tie rods)—structural components: end plates + insulation + fixation (the three core elements).

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