Roshin Engineering Works Private Limited

EV (Electric Vehicle) battery pack mechanical and fabrication parts are critical components that support and house the battery cells within the vehicle. These parts are designed to ensure the safe, efficient, and durable performance of the battery pack, as well as the protection of the cells from environmental factors like heat, vibration, and external impact. The design and fabrication of these parts must meet strict requirements for safety, reliability, and performance.

Key Mechanical and Fabrication Parts of an EV Battery Pack:

1. Battery Housing/Enclosure:

   • Purpose: The primary function of the housing is to protect the battery cells from external elements, provide structural integrity, and ensure the pack remains secure within the vehicle.
   • Materials: Typically made from lightweight, durable materials like aluminum or high-strength steel, which offer excellent resistance to impacts and thermal management.
   • Design Considerations: It is designed to allow for efficient thermal management, battery monitoring, and safe venting in case of malfunction.

2. Battery Tray or Platform:

   • Purpose: This is the base where the battery cells are mounted and fixed. It holds the cells in place and ensures that they are securely connected to the rest of the system.
   • Materials: Often constructed from metals like aluminum or composite materials to balance weight and strength.
   • Design Considerations: It is designed to withstand high mechanical stresses, such as acceleration and impact forces, while also enabling effective cooling mechanisms (e.g., liquid cooling plates).