BATTERY HEAT-DISSIPATION PROCESSING METHOD, ELECTRONIC DEVICE, AND STORAGE MEDIUM

When a temperature of battery pack a is greater than a first temperature threshold, a liquid-inlet solenoid valve is opened. A liquid cooling apparatus is controlled to deliver to battery pack a a first cooling liquid, and the liquid-inlet solenoid valve is closed when an immersion degree exceeds a preset degree. The first cooling liquid is cycled. When a current heat-dissipation rate is lower than a preset heat-dissipation rate, the first cooling liquid in battery pack a is discharged into the liquid cooling apparatus. The liquid cooling apparatus is controlled to perform heat dissipation on the first cooling liquid and deliver to battery pack a the first cooling liquid. When the temperature of battery pack a is lower than a second temperature threshold, a liquid-outlet solenoid valve and the liquid-inlet solenoid valve are opened, and then the first cooling liquid in battery pack a is discharged.