The galvanized aluminum-magnesium photovoltaic mounting structure, as the name suggests, is developed and produced using galvanized aluminum-magnesium. It possesses the mechanical properties of high-quality steel, with a corrosion resistance to atmospheric corrosion that is 2-8 times that of carbon steel. Furthermore, the longer it is used, the more prominent its corrosion resistance becomes.

According to research by the EU's PV CYCLE organization, glass accounts for approximately 70% of the total weight of waste photovoltaic modules, aluminum materials account for about 18%, and semiconductor materials account for about 4%.

With the rapid development of solar photovoltaic power generation, the issue of recycling and reusing waste photovoltaic modules has emerged. According to the International Renewable Energy Agency (IRENA), it is estimated that by 2030, the accumulated waste photovoltaic modules worldwide will reach millions of tons.

According to a draft law, the German government plans to accelerate the development of wind and solar energy, as part of its climate protection plan. The draft law indicates that Germany's plan is to raise the onshore wind energy installed capacity from the previous goal of 71GW to 95GW by 2030, and to increase the solar energy installed capacity from 100GW to 150GW.

Dear Valued Overseas Customers,

Firstly, we appreciate your attention and trust in our solar PV mounting system. Here, we would like to share with you some projections and advantages of our PV mounting system.