Hot Spot Mitigation Becomes Standard for Distributed PV, Demand for Multi-Channel Shunt Modules Keeps Rising

Category:Industry Trends

Time:2026-08-05

Author: Angbo

Data from domestic authoritative testing institutions shows high temperature caused by shading-induced hot spots is a major safety hazard of power stations. Modules with dynamic multi-channel shunt and zoned heat dissipation have become preferred solutions for industrial & commercial projects. Such products reduce temperature difference of local cells and lower fire risks, adapting to complex roof conditions with bird droppings, fallen leaves and partial shading, matching current safety upgrading demands of PV power stations.

Data from domestic authoritative testing institutions shows high temperature caused by shading-induced hot spots is a major safety hazard of power stations. Modules with dynamic multi-channel shunt and zoned heat dissipation have become preferred solutions for industrial & commercial projects. Such products reduce temperature difference of local cells and lower fire risks, adapting to complex roof conditions with bird droppings, fallen leaves and partial shading, matching current safety upgrading demands of PV power stations.

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Hot Spot Mitigation Becomes Standard for Distributed PV, Demand for Multi-Channel Shunt Modules Keeps Rising

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