What are the design points of the New Energy Battery Heat Dissipation Shell?

1. Material selection: For better heat conduction, heat dissipation material should be incorporated; it could be aluminum alloy or copper alloy.
2. Structural design: Popular heat conduction structures such as the heat dissipation fins and airflow passages should be encouraged.
3. Thermal interface materials: Ensure proper contact between the battery and the housing with a high thermal conductivity interface materials.
4. Cooling System Integration: Combined utilization of the liquid cooling and air cooling systems to increase the heat dissipation rate.
5. Thermal management strategies: Design a dynamic heat control system like the heat pipe or heat pump technology or else use a static heat control system.
6. Environmental adaptability: Check on the enclosure strength and the various conditions of use, temperature change, humidity and vibration for example.
7. Safety: Ensure that the compliance for the enclosure is offered to rule out the fire or explosion hazards linked to overheating.
8. Scalability: Possible future installations of technology that may alter heat dissipation or adjust the size of the shell for containing more of future parts.
9. Manufacturing process: Choosing the appropriate strategy of manufacturing for high production of die cast , machined or by 3D printing.
10. Cost control: In other words, the aim was to arrive at the desired design with utmost minimal consumption of the material used in manufacturing to thereby bring down the cost of manufacturing.