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Last updated February 1, 2026
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Liquid cooled charging gun architecture: BYDRecent Research Landscape

Thermal bottlenecks in high-power charging leads to cable degradation and safety risks. This lever integrates heat dissipation channels directly into the conductor core to maintain throughput.

What technical problems is BYD addressing in Liquid cooled charging gun architecture?

Thermal cable degradation

(34)evidences

Excessive heat generation in charging interfaces limits power delivery and risks component melting. Mitigating thermal accumulation prevents hardware failure and allows for faster energy transfer rates.

Structural load imbalance

(14)evidences

External fluid contamination at electrical interfaces causes short circuits and corrosion. Preventing liquid penetration ensures operational safety and component longevity in outdoor charging infrastructure.

Unauthorized charging connector detachment

(7)evidences

Stored energy in charging terminals and guns poses electric shock risks to users after disconnection. Eliminating residual voltage ensures operator safety and prevents equipment damage during handling.