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The advantages of choosing a new energy battery pack; Low weight, high strength, low cost, easy to process, refined appearance Compared to steel shells, aluminum alloy shells have lower density and lighter weight. As the battery capacity increases, the increase in shell weight has a certain impact on the weight and volume of the entire battery system. Therefore, using an aluminum alloy shell can effectively reduce the weight of the battery system and improve the efficiency of battery use. Aluminum alloy has relatively high mechanical strength and can provide strong protection for batteries. Aluminum alloy shell has high impact resistance, which can effectively reduce the damage and breakage rate of batteries. Compared to other metal shells, aluminum alloy has a lower cost and can effectively reduce battery production costs. Meanwhile, aluminum alloy can be recycled multiple times, reducing environmental costs.
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The advantages of choosing a new energy battery pack; Low weight, high strength, low cost, easy to process, refined appearance Compared to steel shells, aluminum alloy shells have lower density and lighter weight. As the battery capacity increases, the increase in shell weight has a certain impact on the weight and volume of the entire battery system. Therefore, using an aluminum alloy shell can effectively reduce the weight of the battery system and improve the efficiency of battery use. Aluminum alloy has relatively high mechanical strength and can provide strong protection for batteries. Aluminum alloy shell has high impact resistance, which can effectively reduce the damage and breakage rate of batteries. Compared to other metal shells, aluminum alloy has a lower cost and can effectively reduce battery production costs. Meanwhile, aluminum alloy can be recycled multiple times, reducing environmental costs.
