EverExceed 125x125 Mono solar photovoltaic modules are built with EverExceed's highly regulated manufacturing standards and latest standard technology. EverExceed's monocrystalline standard modules are designed to deliver the highest efficiency.
The conversion efficiency of the components reaches 20.4%, and the half-piece technology is used to reduce the hot spot effect, reduce the working temperature and effectively improve the power generation efficiency.
410WP module power will maximize system capacity and increase power generation. The conversion efficiency of the components reaches more than 20.4%, and the half-cell technology is used to reduce the hot spot effect, reduce the working temperature and effectively improve the power generation efficiency.
The lightweight mono PERC module is 75% lighter compared with the normal one. There is no need to fix the mounting system, the weight of the PV power station is greatly reduced. Thus without sufficient load, the PV power station can also be built in the metal sheet roof.
The conversion efficiency of the modules reaches 20.6%, and the half-piece technology is used to reduce the hot spot effect, reduce the working temperature and effectively improve the power generation efficiency.
max.efficiency:21.5%
0 to +5w positive power tolerance
higher output of power
optimize the temperature coefficient
reduce the shadow loss on the power output
stronger the physical property
EverExceed 156x156 Mono Solar photovoltaic modules are built with EverExceed's highly regulated manufacturing standards and latest Standard technology. EverExceed's Monocrystalline Standard Modules are built to deliver the most cost effective performance. Pluto's extra fine cell fingers (~30μm), reduce surface shading and boost sunlight absorption into the cell and give the product a sleek appearance.
EverExceed 108 cells half cut solar modules are assembled with multi-busbar PERC cells, the half-cell configuration of the modules offers the advantages of higher power output, better temperature-dependent performance, reduced shading effect on the energy generation, lower risk of hot spot, as well as enhanced tolerance for mechanical loading.