This system adopts an air cooling scheme, which is equipped with cold and hot channels. The cold and hot channels are completely physically isolated, and the system is completely isolated from the external environment. A cold and hot cycle is formed inside the system. Cold air passes through the battery cells and reaches the hot channel. The hot air in the hot channel returns to the cold channel through the air conditioning internal circulation return air outlet, forming an air duct system. Effectively control the temperature of the battery cells, reduce the temperature difference between them, and ensure the consistency of the battery cells to the greatest extent, thereby reducing the risk of thermal runaway of the battery cells. At the same time, independent compartments are used for power distribution, PCS, high-voltage boxes, etc., with natural air cooling to reduce energy consumption and improve safety. The overall system size is W1200mm * D1350mm * 2500mm, covering an area of 1.62 square meters.

This system adopts an air cooling scheme, which is equipped with cold and hot channels. The cold and hot channels are completely physically isolated, and the system is completely isolated from the external environment. A cold and hot cycle is formed inside the system. Cold air passes through the battery cells and reaches the hot channel. The hot air in the hot channel returns to the cold channel through the air conditioning internal circulation return air outlet, forming an air duct system. Effectively control the temperature of the battery cells, reduce the temperature difference between them, and ensure the consistency of the battery cells to the greatest extent, thereby reducing the risk of thermal runaway of the battery cells. At the same time, independent compartments are used for power distribution, PCS, high-voltage boxes, etc., with natural air cooling to reduce energy consumption and improve safety. The overall system size is W1200mm * D1350mm * 2500mm, covering an area of 1.62 square meters.

This system adopts an air cooling scheme, which is equipped with cold and hot channels. The cold and hot channels are completely physically isolated, and the system is completely isolated from the external environment. A cold and hot cycle is formed inside the system. Cold air passes through the battery cells and reaches the hot channel. The hot air in the hot channel returns to the cold channel through the air conditioning internal circulation return air outlet, forming an air duct system. Effectively control the temperature of the battery cells, reduce the temperature difference between them, and ensure the consistency of the battery cells to the greatest extent, thereby reducing the risk of thermal runaway of the battery cells. At the same time, independent compartments are used for power distribution, PCS, high-voltage boxes, etc., with natural air cooling to reduce energy consumption and improve safety. The overall system size is W1200mm * D1350mm * 2500mm, covering an area of 1.62 square meters.