This innovative approach is a combination of traditional monocrystalline silicon glass components with light, flexible components, which are tailored to match the different roof loads of the buildings.
The project consists of 980 monocrystalline silicon 550-watt glass components with a capacity of 0.539 MW and 3,413 lightweight, flexible modules with a capacity of 1.774 MW. The project was designed to ensure that it can provide 2.48 million kWh of green electricity for Luoyang Aluminum foil annually, saving 892 tonnes of standard coal, reducing 598 tonnes of carbon emissions and 2,192 tonnes of carbon dioxide emissions.
The project is an excellent example of how technology and innovation can be harnessed to promote sustainability and environmental protection. The remarkable energy-saving and emission-reducing effects of the project will undoubtedly inspire other industries to adopt similar measures to reduce their carbon footprint and promote environmental protection.
