DMEGC Solar Launches Enhanced Greenhouse Module Range with G12RT Cell Technology

Key Takeaways

• G12RT modules offer 2%‑50% light transmission flexibility
• Higher power output per module versus M10RT generation
• N‑type bifacial cells improve efficiency in greenhouse settings
• Glass‑glass construction enhances durability for agricultural environments
• Compatible with existing greenhouse infrastructure, easing adoption

Pulse Analysis

The convergence of renewable energy and controlled‑environment agriculture is reshaping farm economics. Global demand for Agri‑PV solutions has surged as producers seek to offset rising electricity costs and meet sustainability goals. DMEGC Solar, already recognized for its Tier 1 status, is capitalizing on this trend by expanding its product portfolio beyond conventional rooftop installations into specialized greenhouse applications.

G12RT’s technical edge lies in its N‑type bifacial cells and glass‑glass architecture, which together deliver higher energy yields and superior resistance to humidity and temperature fluctuations common in greenhouse settings. The module’s adjustable transparency—spanning from a near‑opaque 2 % to a half‑transparent 50 %—allows precise tuning of photosynthetically active radiation, enabling cultivators to optimize light for diverse crops while still harvesting solar power. Compared with the legacy M10RT line, the new modules generate more watts per square meter, translating to faster payback periods for growers.

For the agricultural sector, the G12RT rollout represents a pragmatic path to decarbonization without compromising productivity. By integrating solar generation directly into the canopy, farms can reduce grid dependence, lower operational expenses, and potentially qualify for green financing incentives. As more growers adopt such integrated systems, the market is likely to see accelerated innovation in crop‑specific solar designs, reinforcing DMEGC’s strategic foothold in the evolving Agri‑PV landscape.