Is Fighting Thermal Runaway Futile? (focus on thermal runaway management, mitigation vs using cells less susceptible to it) explores strategies for managing thermal runaway, comparing mitigation techniques with alternative cell technologies, offering insights into safer energy storage solutions.
Is Fighting Thermal Runaway Futile? Mitigation Vs. Safer Cells Read Post »
Learn why Use Design Commonization with Caution (example of aluminum casting, structural function was same, left and right side, so made them same part/geometry shared in 2 parts, but more functional differences, right one needed hose connections from bottom to outside, needed different bolting connection for contactors, too many changes made them different, pain in the ass to update design as common features would need to be changed, in the end seperated both parts to be completely independent) can backfire—exploring pitfalls like excessive modifications, maintenance challenges, and when to opt for independent designs instead.
Use Design Commonization With Caution Read Post »
Learn about Module Electrical Architecture Design, covering key components, best practices, and optimization techniques to enhance system efficiency and performance.
Module Electrical Architecture Design: A Quick Guide Read Post »
Learn about Pre-charge Circuit Design in BDU, covering key principles, implementation steps, and benefits to optimize system safety and performance.
Pre-charge Circuit Design in BDU: Key Principles Read Post »
Learn Series-Parallel Cell Configuration Strategies to optimize battery performance, balance voltage, and enhance energy efficiency in your projects.
Series-parallel Cell Configuration Strategies Read Post »
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.
Serviceability Considerations in Pack Design: Save Costs Read Post »
Learn how Thermal Safety Integration in Enclosures (to mitigate thermal runaway, adding hard mica, under top cover, other places, deflect gas away, etc) enhances safety by preventing thermal hazards, deflecting gases, and using materials like hard mica for optimal protection in high-risk environments.
Thermal Safety Integration in Enclosures (to Mitigate Thermal Runaway) Read Post »
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.
What EV Battery Packs Need to Withstand? Shock, Vibration, Crush Read Post »
Learn about Standard Busbar Sizes and Thickness Conventions, covering dimensions, material choices, and electrical load capacities to ensure optimal performance and safety in your projects.
Standard Busbar Sizes and Thickness Conventions Read Post »
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.
Structural Design for Battery Pack Enclosures Guide Read Post »
