Pack & Structure Design

Learn effective Enclosure EMI Shielding Techniques to reduce electromagnetic interference, covering materials, methods, and best practices for optimal performance and compliance.

Learn about the BYD Module Strategy (Long structural cells, no modules or minimal modules, low profile, high density), covering its design benefits, efficiency gains, and how it enhances battery performance for high-density applications.

Learn effective Corrosion Protection for Metal Enclosures, covering methods, materials, and best practices to extend lifespan and prevent damage.

Learn the pros and cons of Gasket Selection for Enclosure Sealing (oring, vs epoxy/adhesive vs RTV/form in place) to choose the best sealing method for durability, cost, and performance in your application.

Learn about Plastic Selection for Battery Pack Applications, focusing on why PA66 GF20-35 is ideal, the critical role of UL 94 V0 flame resistance, and best practices for material choice to ensure safety and performance in battery packs.

Learn how Serviceability Considerations in Pack Design impact costs, the importance of proper service item integration, and research-driven strategies to optimize pack design for efficiency and cost-effectiveness.

Discover What EV Battery Packs Need to Withstand? (shock x,y,z15-25g, vibration, crush, knee load, etc) and learn how these durability factors impact performance, safety, and longevity in electric vehicles.

Learn about Structural Design for Battery Pack Enclosures, covering material selection, load analysis, and safety compliance to optimize performance and durability in electric vehicle applications.

Learn about Battery Pack Enclosure Design ( why need enclosure, what it needs to sustain, covering protection, durability, and safety requirements to ensure optimal performance and longevity of battery systems.