The attenuation in the first year is less than 1%, and the power in 30 years is more than 85%.
Adopt two-dimensional circuit board packaging to eliminate soldering ribbons and soldering stress.
The metal circuit board provides additional enhanced moisture protection.
The metal conductive backplane on the back enhances heat dissipation performance and the components work at a lower temperature.
higher efficiency
There is no grid line on the front of the battery to block light, which improves light absorption. Ten times the current transmission cross-section in component packaging, with lower packaging losses. The battery efficiency reaches more than 25.5%, and the module power generation efficiency increases by 5-8%.
Higher returns
25 years for single glass and 30 years for double glass. Effectively reduce system LCOE. Higher conversion efficiency and lower component operating temperature allow end customers to obtain higher return on investment (ROI).
More beautiful appearance
Gridless design, the appearance is highly recognizable. Customized product design and conductive foil route design can realize battery interconnection at any location and achieve the best layout design.
More environmentally friendly
Conductive foil replaces soldering tape, and the product does not contain heavy metal lead. Reduce component recycling costs and reduce environmental damage. Compatible with ultra-thin silicon wafers to reduce energy consumption.
Ma'anshan factory
Project address: Factory Building #3, No. 1750, Changzhou South Road, Ma'anshan Economic and Technological Development Zone (Demonstration Park) Factory area: about 14,000 square meters Project investment: 80 million Existing module production capacity: 1GW
In 2023, the 1GW module production line of Ma'anshan production base will be fully completed and officially put into production.Based on this, the production base will continue to be put into production in 2024. The 5GW module project provides customers with the most advanced and high-quality products and services, assists the green and low-carbon transformation of energy, and promotes the development of new energy.
Technical Advisor: Martin Green
Member of the National Academy of Engineering Professor at the University of New South Wales, Australia Fellow of the Australian Academy of Science Director of the Australian Advanced Photovoltaic Research Center
