Battery Pack Heating Plate for Uniform Low-Temperature Warm-Up

A heating plate is introduced as an intermediary component between the heat generating element and battery cells. The heating plate receives heat from the generating element and distributes it uniformly across all battery cells, eliminating direct contact while ensuring even heating and preventing adhesion problems.

The heating plate design ensures uniform heat distribution across all battery cells by providing a large contact area and consistent thermal conductivity, eliminating temperature differences between cells that would occur with direct mounting of heat generating elements.

The heating plate serves as a mediator between the case-mounted heat generating element and the battery cells, efficiently transferring heat from the case to the cells and maintaining high heating efficiency without requiring direct attachment to each cell.

The heating plate provides a two-dimensional heat distribution surface, spreading heat across multiple battery cells simultaneously rather than through point-contact methods, thereby increasing overall heating efficiency while keeping the structure simple.

The patent extracts the essential function of uniform heat distribution from complex convective systems (fans, coolant pumps, radiators) and implements it through a simple conductive heating plate, achieving the same heating uniformity without the associated complexity and weight.

The patent replaces mechanical convective heating systems with a thermal conduction-based heating plate system, eliminating moving parts such as fans and pumps while achieving effective and uniform heating through direct thermal contact.