This utility model relates to the field of
energy storage cabinet heat dissipation technology, and more particularly to an
energy storage cabinet heat dissipation
system, comprising: a cabinet body, with a battery chamber and a liquid
cooling chamber inside; the battery chamber is equipped with a temperature sensor and a first liquid cooling plate; the liquid
cooling chamber is equipped with a liquid cooling unit; the liquid cooling unit includes an inlet
pipe, both the temperature sensor and the inlet
pipe are connected to a
circulating pump, the
circulating pump is connected to a radiator through a first regulating valve, the
circulating pump is connected to a
heat exchanger through a second regulating valve, the radiator is connected to a cooler and a
heat exchanger respectively, the cooler is connected to a cooling fan, the
heat exchanger is connected to a heater and a gas-liquid separator respectively, the heater is connected to the first liquid cooling plate through an outlet
pipe, and both the cooler and the gas-liquid separator are connected to an
air compressor. This utility model's
energy storage cabinet heat dissipation
system can more quickly and effectively remove heat from the energy storage battery, ensuring that the battery can operate at a suitable temperature, improving battery performance and lifespan.