Computer-Aided Design (CAD):

Leveraging our expertise in material selection and manufacturing methodologies, we design battery enclosures that offer excellent mechanical strength, optimal weight, and robust environmental protection. Our robust design approach ensures durability and reliability, keeping the battery safe and intact under conditions such as crash, shock and vibration. We integrate advanced venting systems with emergency pressure-relieving and continuous pressure-regulating features, ensuring precise equalization and enhancing safety and performance under various operational conditions.

Component Design:

Leveraging our expertise in material selection and manufacturing methodologies, we design battery enclosures that offer excellent mechanical strength, optimal weight, and robust environmental protection. Our robust design approach ensures durability and reliability, keeping the battery safe and intact under conditions such as crash, shock and vibration. We integrate advanced venting systems with emergency pressure-relieving and continuous pressure-regulating features, ensuring precise equalization and enhancing safety and performance under various operational conditions.

Quality Support:

Leveraging our expertise in material selection and manufacturing methodologies, we design battery enclosures that offer excellent mechanical strength, optimal weight, and robust environmental protection. Our robust design approach ensures durability and reliability, keeping the battery safe and intact under conditions such as crash, shock and vibration. We integrate advanced venting systems with emergency pressure-relieving and continuous pressure-regulating features, ensuring precise equalization and enhancing safety and performance under various operational conditions.

Value Engineering:

Our advanced thermal management systems cater to various cooling methods of air, liquid, immersion and phase change materials. We specialize in material selection, validate thermal interface materials for uniform temperature distribution and efficient heat transfer.

Manufacturing Support:

Our design support includes optimal cross-section design, comprehensive coverage and vibration analysis, and precise design and integration of bushes. We handle the selection of busbar type, material, and insulation as well as joining methods to ensure optimal electrical performance and reliability. These elements work together to ensure safe and efficient power distribution within the battery system.