Adopting industry-leading low-corrosion paste, LIF technology, and multi-layer Poly-Si/POML technology, fully upgraded on TOPCon 3.0, cell efficiency is further improved by 0.3%-0.5%.
Effectively enhance module conversion efficiency, lower system costs, and improve solar module reliability.
The super multi-busbar design increases the number of solder strips and main busbar solder points, resulting in a more uniform stress distribution of PV cells. This enhances tolerance to micro-cracks and broken grids and shortens the current transmission path; in this way, the series resistance is reduced, effectively enhancing current collection capability and improving optical utilization.
The module's bifacial power generation capability has been improved, providing customers with higher back-side power generation gains.
Compared with the same version of PERC products, this product has lower BOS cost and lower LCOE, as well as higher power generation performance advantages, bringing higher economic benefits to customers.
With a temperature coefficient as low as -0.29%/℃, this PV panel offers enhanced stability and reliability when operating in high-temperature environments.
This solar panels is adaptable to a variety of application scenarios including utility-scale power stations, C&I and distributed rooftop projects, agri-PV solar farms, and offshore solar plants.
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