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Last updated February 1, 2026
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Modular thermal enclosure architecture: BYDRecent Research Landscape

Thermal runaway and maintenance downtime in large-scale batteries drive up operational costs. Standardized cabinet modularity mitigates these risks through physical isolation and simplified component replacement.

What technical problems is BYD addressing in Modular thermal enclosure architecture?

Inadequate modular thermal integration

(68)evidences

Inconsistent electrical connectivity and physical misalignment between modular storage units. Resolving this prevents power loss and system downtime in modular architectures.

Uneven internal thermal distribution

(54)evidences

Localized heat accumulation and uneven temperature gradients within dense battery arrays lead to accelerated cell degradation. Eliminating these thermal imbalances ensures consistent cycle life and prevents localized thermal runaway.

Inadequate heat dissipation density

(19)evidences

External environmental factors like moisture and precipitation cause hardware degradation and electrical failure in outdoor or modular units. Preventing ingress ensures operational continuity and prevents premature component corrosion.