Battery Heating Control Circuit for Low-Temperature Charging

The patent employs periodic charging and discharging cycles through the voltage transformation module to generate internal heat within the battery. By alternately charging and discharging the battery at controlled frequencies, thermal energy is generated internally without external heating devices, raising the battery temperature while maintaining its chemical stability and charging capability in low temperature environments.

The battery heats itself through internal electrochemical reactions during the periodic charging and discharging process. The voltage transformation module facilitates this self-heating by controlling the charge-discharge cycles, eliminating the need for separate external heating systems and avoiding the capacity degradation associated with traditional heating methods.

The voltage transformation module serves multiple functions: it transforms voltage for battery charging/discharging and simultaneously generates internal heat through controlled periodic operations. This multi-functionality eliminates the need for separate external heating devices, reducing system complexity while maintaining the ability to operate power batteries in low temperature environments.

The battery system heats itself through internal electrochemical reactions during voltage transformation operations, eliminating the need for external heating devices. This self-heating mechanism simplifies the overall system structure by removing separate heating components while ensuring the battery can operate in low temperature conditions.

The patent preliminarily determines the appropriate inductance value during the design phase to ensure sufficient heating performance. By pre-calculating and selecting the optimal inductance parameter, the circuit achieves adequate heating power without requiring complex adjustments or additional components, thus maintaining simple circuit structure while ensuring effective heating capability.

The patent optimizes the inductance parameter of the coil to achieve the desired heating performance. By carefully selecting and adjusting the inductance value, the system achieves sufficient heating power with a simple circuit design, avoiding the need for complex circuit configurations while meeting the heating requirements for power battery operation in low temperature environments.