Passive thermal equalization structures: BYDRecent Research Landscape
Localized hotspots in high-density cells cause premature pack failure and thermal runaway risks. These innovations utilize passive heat distribution geometries to maintain isothermal conditions across electrical components.
What technical problems is BYD addressing in Passive thermal equalization structures?
Thermal gradient induced degradation
(61)evidences
Non-uniform heat distribution and excessive thermal accumulation in high-density energy storage leads to catastrophic cell failure. Preventing this degradation ensures operational safety and longevity of electrical equipment.
Nonuniform cell temperature distribution
(48)evidences
Localized heat accumulation in battery cells leads to premature degradation and safety risks. Uniform temperature gradients prevent thermal runaway and extend cycle life.
Thermal runaway propagation risk
(48)evidences
Localized heat accumulation and temperature imbalances across battery cells lead to premature degradation and safety risks. Uniform thermal profiles extend pack longevity and prevent localized thermal runaway.
Thermal gradient induced degradation
(23)evidences
Localized temperature gradients cause accelerated cell degradation and safety risks. Uniform thermal profiles extend battery life and prevent thermal runaway.