Battery Module End-Plate Structure for Cooling and Vibration Stability

The end plate is divided into multiple segments including a first end plate, a second end plate, and a third end plate. These segmented plates work together to provide both cooling functionality through integrated heat sinks and sufficient structural strength by distributing mechanical loads across multiple components rather than relying on a single monolithic structure.

The battery module employs composite construction by combining the heat sink structure with the end plate assembly. The heat sink is integrally formed with the housing while the end plates are separately positioned and coupled, creating a composite structure that leverages the thermal management capabilities of the heat sink and the structural support of the multi-plate assembly.

The end plate assembly is segmented into multiple plates (first, second, and third end plates) that collectively span the large battery module area. This segmentation allows the structure to maintain stability across the expanded area by distributing mechanical stresses and vibrations across multiple smaller structural elements rather than relying on a single large rigid component.

The solution adds structural support in the vertical dimension by stacking multiple end plates (first, second, and third end plates) at different positions. This multi-layered approach provides enhanced structural stability against vibration and impact by creating a three-dimensional support framework that resists forces from multiple directions.