A variety of advanced technologies are used to improve the power of components. High-conversion efficiency components are suitable for various scenarios and projects. The bifacial components have been verified globally. The high bifacial gain and high quality ensure the long-term reliability of the components.
Component Model
A variety of advanced technologies are used to improve the power of components. High-conversion efficiency components are suitable for various scenarios and projects. The bifacial components have been verified globally. The high bifacial gain and high quality ensure the long-term reliability of the components.
Component Model
A variety of advanced technologies are used to improve the power of components. High-conversion efficiency components are suitable for various scenarios and projects. The bifacial components have been verified globally. The high bifacial gain and high quality ensure the long-term reliability of the components.
Component Model
The lower temperature coefficient and better low irradiance performance of HJT technology can effectively reduce LCOE.
The module adopt a double glass structure, which can adapt to all kinds of harsh environment, and the fire rating can reach Class A.
The average life of dual-glass module is 30 years, 5 years longer than that of single-glass modules.
The dual-glass module has a bifaciality of up to 80% and a power generation gain of 5%-25% on the back side.
Achieve 100% recycling of junction boxes and frames, and achieve glass and backplane mass recycling rates ≥ 90%. Achieve total component mass recycling rate ≥ 96%; metal recycling rate ≥ 96%; silicon recycling rate ≥ 96%; achieve recycling of organic solvents in the EVA recycling process, EVA reaction rate ≥ 99%, EVA recycling rate ≥ 98%, and the technical indicators are generally higher than the industry level during the same period.
The project's "mobile" disassembly equipment uses physical methods to "reduce" retired components to laminated parts, and there is no pollution emission in the process. At the same time, the solvent used in the "green solvent" high-purity cascade dissociation device is closed and recycled, without wastewater and exhaust gas emissions. This production line is environmentally friendly and has natural advantages over other pyrolysis and chemical methods.
At the same time, the "mobile" disassembly equipment operates and recycles nearby, with a designed production capacity of 160 pieces/hour, which greatly reduces transportation costs; "green solvent" can be recycled at a low cost; EVA reaction time ≤50mins, energy consumption 0.1kw/kg component.
