BYD

Last updated February 1, 2026

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Liquid cooled thermal management architecture: BYDRecent Research Landscape

Thermal runaway risks in high-density cells lead to catastrophic system failure. These innovations mitigate heat accumulation through integrated pipeline and manifold assemblies that regulate fluid flow.

What technical problems is BYD addressing in Liquid cooled thermal management architecture?

Nonuniform heat distribution

(57)evidences

Airflow obstructions and stagnant zones within dense battery enclosures cause localized overheating. Eliminating thermal gradients prevents premature cell degradation and thermal runaway.

Thermal runaway propagation risk

(18)evidences

High-density energy storage systems suffer from rapid heat accumulation and potential fire spread between integrated cells. Mitigating this failure mode ensures structural integrity and operational safety in mobile and stationary units.

Excessive rack heat density

(14)evidences

External liquid penetration and humidity exposure threaten the electrical integrity of high-density computing and energy storage hardware. Preventing moisture-driven short circuits and corrosion ensures operational uptime in diverse deployment environments.

Thermal runaway propagation risk

(10)evidences

Thermal buildup in high-density energy storage systems leads to thermal runaway and reduced cycle life. Mitigating this heat ensures operational safety and prevents premature cell degradation.