DMEGC Solar's Lightweight Modules Add to Green Energy Revolution with New 4.3MW Rooftop Installation

DMEGC Solar's Lightweight Modules Complete 4.3MW Rooftop Project

In a significant step towards sustainable energy solutions, DMEGC Solar recently commissioned a remarkable 4.3MW commercial and industrial rooftop project utilizing its innovative lightweight photovoltaic modules at a prominent engineering vehicle equipment company based in Hangzhou, China. This installation is not just a testament to DMEGC's commitment to clean energy but also sets a new standard in the application of distributed photovoltaic systems on lightweight structural rooftops.

The project aims to generate around 4.82 million kWh of clean electricity every year, directly contributing to the green energy landscape and allowing the participating company to enjoy substantial cost savings and environmental benefits. The initiative showcases how the manufacturing sector can transition towards a low-carbon future, embracing innovative technologies for energy generation.

Challenges Addressed By Lightweight Modules

Industrial facilities often grapple with the limitations posed by traditional colored steel tile roofs, which typically have a restricted load-bearing capacity. This aspect has historically complicated the integration of conventional photovoltaic systems, necessitating expensive roof reinforcements and often leaving potential rooftop resources untapped. DMEGC’s lightweight photovoltaic modules, which weigh 44% less than standard versions, offer a game-changing solution. This significant reduction in weight matches the structural limitations of color steel roofs, making it a viable option for sectors that previously struggled to implement solar solutions.

Moreover, these lightweight modules maintain a classic standardized design compatible with existing racking structures. This feature ensures not only ease of installation but also reliability in performance. Key structural areas of the modules have been fortified to withstand wind loads while preserving their reduced weight, thereby enhancing long-term reliability.