Battery Temperature Control via Internal Power Flow

The battery system uses its own internal energy through controlled charging and discharging processes to generate heat and maintain temperature, rather than relying on external heaters. The converter facilitates power flow between batteries, enabling one battery to charge another, which generates heat internally and raises the temperature of cold batteries without requiring separate heating devices.

The converter, originally designed for power management and charging/discharging control, is utilized for dual purposes: both energy management and temperature control. By controlling the power flow direction and magnitude, the system can generate heat within the batteries themselves, making the power management device serve multiple functions and eliminating the need for separate heating equipment.

The system converts the normally wasteful energy dissipation that occurs during charging and discharging processes into useful heat for temperature maintenance. By controlling the converter to enable controlled charging and discharging, the energy that would otherwise be lost as heat is harnessed to warm cold batteries, transforming a potential inefficiency into a beneficial heating mechanism.

The battery system maintains its own temperature using its own internal energy resources through controlled charging and discharging, rather than consuming power from the battery to operate external heating devices. This self-service approach ensures that temperature control does not compromise battery performance or available power for other system functions.