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DMEGC Solar's Renewable Energy Initiative for Local Hospital

In a significant move towards sustainable energy, DMEGC Solar, a leading manufacturer of solar modules recognized globally by Wood Mackenzie, has successfully aided the Hengdian Wenrong Hospital—the largest medical facility in its region—in transitioning to solar power. This initiative marks a crucial shift towards renewable energy in healthcare, aiming to enhance both ecological and economic efficiency.

On January 27, 2026, it was announced that DMEGC Solar has installed a decentralized solar power system with a capacity of 1.2 megawatts (MW) at the hospital. This installation features high-efficiency bifacial 635-watt double-glass modules designed with N-type cell architecture. It is expected to generate approximately 1.32 million kilowatt-hours (kWh) of clean energy annually, contributing to a total production forecast of 39.6 million kWh over the system's 30-year lifespan. Such a significant output is poised to drastically reduce the hospital's dependence on the grid and cut operational costs.

But the benefits extend beyond mere economics. The solar installation is anticipated to cut the hospital's carbon dioxide emissions by an estimated 754 tons per year. This environmental benefit is considerable—equivalent to the planting of approximately 29,000 trees—and aligns with China's national goals for carbon neutrality and peak carbon emissions, known as the "Dual Carbon" targets.

A representative from DMEGC Solar emphasized the seamless integration of solar energy into critical infrastructure, stating, "This project exemplifies how solar solutions can align with operational priorities in healthcare. Our combination of rooftop installations and solar carports not only helps reduce energy costs but also allows for better use of property and fulfillment of sustainability commitments."

The innovative carports constructed with solar panels provide shaded parking for both employees and visitors while maximizing previously unused space. The hospital adopts a ‘self-consumption model with surplus feeding’ approach, where the majority of the generated solar electricity is consumed on-site with any excess fed back into the local grid. This strategy enhances the hospital's energy independence and supports local energy needs.

DMEGC Solar’s initiative underscores the growing acceptance of decentralized solar solutions within China’s healthcare sector. Reducing long-term energy costs while showcasing environmental awareness has become an increasing priority for many healthcare facilities. This partnership serves as a model for future projects aiming to promote sustainability while addressing the local energy demands within critical infrastructure.

This noteworthy project is not just a step forward for the Hengdian Wenrong Hospital but also a testament to DMEGC Solar's commitment to enhancing renewable energy adoption across various industries, fostering a greener future for the healthcare sector and beyond.