Temperature uniforming plate, energy storage device and electric equipment

Abstract

The application discloses a uniform temperature plate, an energy storage device and an electric equipment. The uniform temperature plate is provided with a first partition and a second partition in an inner cavity. The first partition has a liquid evaporation cavity and a liquid return cavity formed on two sides of the first partition. The second partition is located at the top of the first partition in a second direction to form a gas condensation cavity on the side of the second partition away from the liquid evaporation cavity and the liquid return cavity. The gas condensation cavity is in communication with the liquid return cavity, and the gas condensation cavity is also in communication with the liquid evaporation cavity. In the direction away from the first partition in the second direction, the second partition extends in a third direction away from the liquid return cavity from one end of the second partition close to the first partition, so that the second partition can be used for guiding the liquid in the gas condensation cavity to the liquid return cavity, thereby realizing gas-liquid flow separation, preventing the liquid return from being disturbed by the gas, and further ensuring the heat conduction performance of the uniform temperature plate.

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