Structural battery enclosure geometry: BYDRecent Research Landscape
Mechanical failure of protective housings during thermal events or collisions risks catastrophic vehicle loss. Engineered casing architectures mitigate these safety hazards through high-strength material integration.
What technical problems is BYD addressing in Structural battery enclosure geometry?
Insufficient volumetric energy density
(87)evidences
Insufficient mechanical integrity of energy storage housing during high-impact events. Enhancing structural robustness prevents catastrophic cell rupture and thermal runaway.
Structural housing mechanical instability
(63)evidences
Mechanical instability and shifting of internal components during operation. Preventing movement ensures electrical continuity and prevents structural failure under load.
Structural integrity under mechanical loads
(43)evidences
Mechanical vulnerability of internal cells during transport and operation. Preventing structural failure ensures battery integrity and safety under external stress.