Embedded thermal fastening interfaces: BYDRecent Research Landscape
Thermal runaway and mechanical shock in high-density energy storage create catastrophic failure risks. These innovations mitigate these hazards through structural integration and electrical isolation within the pack housing.
What technical problems is BYD addressing in Embedded thermal fastening interfaces?
Excessive thermal load accumulation
(91)evidences
Uncontrolled heat buildup during energy discharge leads to thermal runaway and component failure. Mitigating this bottleneck prevents catastrophic degradation and safety hazards in high-density electrical systems.
Thermal runaway propagation
(59)evidences
Inadequate heat dissipation and structural containment in high-density energy storage. Mitigating this failure mode prevents catastrophic vehicle fires and extends battery cycle life.
Excessive battery thermal accumulation
(53)evidences
Thermal runaway and performance degradation caused by inadequate heat dissipation in high-density energy storage. Mitigating this prevents catastrophic failure and extends operational lifespan.