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低热阻的1P2S电池结构单元制造技术

2017-09-14 17:55:27 来源:网络 编辑:K027_小凯乐

 
低热阻的1P2S电池结构单元制造技术本实用新型专利技术公开了一种低热阻的1P2S电池结构单元,包括条形导热泡棉板,设于条形导热泡棉板上的上支撑结构和下支撑结构,设于条形导热泡棉板上表面和下表面的第一电芯和第二电芯,分别设于上支撑结构、下支撑结构、第一电芯和第二电芯的左端部和右端部的8个汇流排支架。分别位于上支撑框架、下支撑框架、第一电芯和第二电芯的左右两端部的各4个汇流排支架上均设有两块导热铝块,两块导热铝块之间留有间隙,各个导热铝块与第一电芯或第二电芯之间设有导热膏。本实用新型专利技术的有益效果是,不但能够提高电池单体的循环寿命还能加强电池的散热功能。
1P2S cell structure unit with low thermal resistance
The utility model discloses a structural unit of a 1P2S cell with low thermal resistance, thermal conductivity of foam including bar board, foam board is arranged on the conductive strip support structure and a support structure, a conductive foam strip plate surface and the lower surface of the first batteries and second batteries, 8 bus bars are respectively arranged on the upper left portion of the support and the right end structure, support structure, the first electric core and second electric core row bracket. The 4 bus were located on a support frame, the support frame, the first electric core and second core around both ends of the bracket are provided with two rows of thermal conductivity of aluminum blocks, leaving a gap between the two thermal conductivity of aluminum blocks, a heat conducting paste between each block and the first electrical conductivity of aluminium core or second core. The beneficial effect of the utility model is that not only can the cycle life of the battery monomer be improved, but also the heat radiation function of the battery can be enhanced.