LIQUID COOLING PLATE ASSEMBLY, LIQUID COOLING SYSTEM AND BATTERY

Abstract

The proposed utility solution involves a liquid-cooled plate assembly, a liquid cooling system and battery, and a utility solution related to the field of energy storage engineering. The liquid-cooled plate assembly includes a flow collector, a first liquid-cooled plate, and a second liquid-cooled plate arranged on either side of the collector; the first and second flow channels, which are interconnected, are formed within both the first and second liquid-cooled plates; the liquid inlet and outlet channels, which are relatively independent of each other, are formed within the collector, and the liquid inlet channel is connected to the first flow channel of the first liquid-cooled plate and the first flow channel of the second liquid-cooled plate, respectively; the liquid outlet channel is connected to the second flow channel of the first liquid-cooled plate and the second flow channel of the second liquid-cooled plate, respectively.This useful solution can reduce the flow resistance of the coolant and improve the cooling efficiency of the liquid-cooled plate assembly.