Using 210mm large-sized silicon wafers, high power and efficiency are achieved, with component efficiency reaching 23.5%, power generation increased by about 15% -20%, and cost per kilowatt hour reduced by about 15%.
Categories: Photovoltaic Panel
Using 210mm large-sized silicon wafers, high power and efficiency are achieved, with component efficiency reaching 23.5%, power generation increased by about 15% -20%, and cost per kilowatt hour reduced by about 15%.
Four highs and one low: Through high power, high efficiency, high power generation, and high reliability, lower electricity costs are achieved, and the LWD process extends the lifespan of components to over 31 years.
Multi energy complementary technology: integrating wind, solar, storage, and hydrogen technologies to adapt to complex scenarios such as agricultural and fishery lighting, supporting off grid microgrid power supply needs.
Intelligent protection strategy: For extreme weather conditions such as hail and snowstorms, shock resistant components and intelligent protection systems are used to ensure stable operation of the power grid.
