Integrated conduction and heat dissipation
Adopting an integrated design of conductive busbars and liquid-cooled channels, it achieves efficient heat dissipation while transmitting high current, greatly improving current-carrying capacity
It features a composite structure integrating conductive busbars and liquid-cooled channels, mainly used in high-power applications such as new energy vehicles and data centers to achieve integrated power conduction and heat dissipation
Integrated conduction and heat dissipation
Adopting an integrated design of conductive busbars and liquid-cooled channels, it achieves efficient heat dissipation while transmitting high current, greatly improving current-carrying capacity
01
High heat dissipation efficiency
Liquid cooling directly cools the heat-generating body with uniform heat dissipation, effectively suppressing temperature rise and adapting to high-power, high-heat generation working conditions
02
Compact structure & space saving
The integrated composite structure features small size and flexible layout, saving more installation space compared with traditional cables and independent radiators
03
Obvious lightweight advantage
The structure is optimized on the premise of ensuring strength and performance, effectively reducing the weight of the system
04
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