DMEGC Solar Unlocks Agri-PV's Future with G12RT Greenhouse Panels

JINHUA, China – April 16, 2026 – In a significant development for the future of sustainable agriculture, DMEGC Solar has announced a major upgrade to its specialized Greenhouse module range, now powered by advanced G12RT cell technology. The move marks a critical evolution for the burgeoning agrivoltaics (Agri-PV) sector, promising to enhance the dual-use potential of land by generating more power while offering unprecedented control over crop-growing conditions.

This transition from the company's previous M10RT cell technology aligns DMEGC Solar's agricultural offerings with the most advanced standards in the broader photovoltaic industry. By integrating G12RT cells, the new Greenhouse modules are set to deliver higher power output, greater compatibility with modern electrical systems, and a vastly expanded range of solutions for farmers, horticulturalists, and project developers.

A Strategic Leap to a New Industry Standard

The shift to G12RT cells is more than a simple component swap; it represents a strategic alignment with a powerful industry-wide trend. The solar market is rapidly consolidating around larger wafer formats, with G12 (210mm) and its rectangular variants like G12RT supplanting the once-dominant M10 (182mm) size. Market analysis projects that M10 formats will likely be phased out by 2028, with G12 technology becoming the mainstream standard.

This migration is driven by clear economic and performance advantages. Larger cells enable modules with significantly higher power output, meaning fewer panels are needed to achieve a project's target capacity. This directly translates to lower Balance of System (BOS) costs—reducing expenditure on mounting hardware, wiring, and labor—and ultimately drives down the Levelized Cost of Electricity (LCOE). Furthermore, the optimized dimensions of G12-based modules improve shipping logistics, maximizing container space and lowering transportation costs from factory to farm.

DMEGC Solar describes the upgrade as a "controlled evolution," ensuring that while performance is boosted, the core features that made its Greenhouse range successful are retained. The new modules maintain robust glass-glass construction and N-type bifacial technology, ensuring durability in demanding agricultural environments and capturing reflected light from surfaces below. This approach provides customers with a technologically advanced solution that still integrates seamlessly into new or renovated greenhouse structures.

Cultivating Energy in a Burgeoning Market

DMEGC Solar's announcement arrives at a pivotal moment for the global Agri-PV market. As the world grapples with the dual challenges of food security and the clean energy transition, solutions that address both simultaneously are in high demand. Agrivoltaics, which co-locates agriculture and solar energy generation, is increasingly recognized as a key strategy for maximizing land productivity.

The global market for solar components reflects this momentum, with the solar silicon wafer market projected to grow at a compound annual rate of 10.7% to reach nearly $41 billion by 2034. This growth is underpinned by supportive government policies and renewable energy incentives in key regions like China, Europe, and North America, which are helping to de-risk investments and accelerate adoption.

By specializing in this niche, DMEGC Solar is positioning itself to capture a significant share of a rapidly expanding sector. The company’s focus on creating tailored solutions for agriculture, rather than simply adapting standard panels, addresses the specific and complex needs of modern farming and horticulture, where the interplay of light, shade, and energy is critical.

Tailored Sunlight: Precision Agriculture Meets Solar Power

Perhaps the most transformative aspect of the new G12RT Greenhouse range is its unprecedented versatility in light management. The modules are available across a broad spectrum of light transmission levels, from as low as 2% to as high as 50% transparency. This innovation effectively turns a greenhouse roof into a dynamic tool for precision agriculture.

With this technology, transparency is no longer a fixed feature but an adjustable design parameter. Greenhouse operators can now select modules based on the specific needs of their crops, climate, and business objectives:

• High-transmission modules are ideal for light-demanding crops like tomatoes and peppers, ensuring they receive ample sunlight for optimal growth while still generating power.

• Intermediate solutions offer a balance between agricultural yield and energy production, suitable for a wide variety of leafy greens, herbs, and flowers.

• Low-transmission, high-wattage modules prioritize energy generation, making them perfect for the roofs of packing houses, equipment sheds, or for growing shade-tolerant crops like mushrooms and ginseng.

This ability to custom-tailor the light environment allows farmers to optimize growth cycles, potentially improve crop quality, and even reduce water usage through the partial shading effect of the panels. It empowers operators to become 'light architects,' fine-tuning conditions to maximize the productivity and profitability of their land.

The Economic Harvest: A Compelling ROI for Farmers

For farmers and agricultural investors, the decision to adopt new technology ultimately comes down to the bottom line. The economic case for the G12RT Greenhouse range is built on several key pillars. The immediate benefit comes from higher power output per module, which increases the total energy yield and accelerates the return on investment. This energy can be used to power greenhouse operations—such as heating, cooling, and lighting—drastically reducing electricity bills, or sold to the grid, creating a valuable new and stable revenue stream.

The reduced BOS and installation costs associated with more powerful G12RT modules further strengthen the financial argument. By covering the same area with fewer, more efficient panels, developers can save significantly on upfront capital expenditure.

Finally, the robust, agricultural-grade design ensures long-term performance and durability. The glass-glass construction is resistant to the humidity, ammonia, and mechanical stresses common in agricultural settings, protecting the investment for decades. By merging state-of-the-art solar technology with a deep understanding of agricultural needs, these advanced modules offer a pathway for farms to become more resilient, sustainable, and profitable.