Farmers are increasingly looking for reliable ways to manage energy expenses while maintaining crop productivity, and agricultural solar panels have become an effective option. They allow farms to generate electricity on-site, reducing the energy burden associated with irrigation and daily operations. As a manufacturer focused on practical solutions, DMEGC Solar offers their Agri&Greenhouse products, which support the dual use of land. Their design enables sunlight to be converted into electricity while leaving functional space below the structure—space that can be used as a farm area, storage zone, or even a working yard. This approach brings additional value to locations where land resources are limited.
Creating Better Light Conditions for Crop Growth
The performance of agricultural solar panels on farms depends strongly on how much light reaches the crops beneath them. To accommodate different climates and planting needs, they provide options with varied transparency levels. Their system includes 10% more transparent area compared with common solutions, helping maintain plant growth conditions without compromising electricity output. In addition, their ELS design helps optimize irradiance under the modules by softening shade patterns, reducing the negative impact of uneven shadows on sensitive crops. This balanced approach allows farmers to gain renewable energy while protecting agricultural productivity.
Supporting Irrigation Through Higher Power Generation
Irrigation is one of the most energy-intensive activities in farming, and stable power generation can significantly reduce operating costs. With improved backside gain—achieved through a back glass surface without white mesh—these systems capture more reflected light. This results in stronger overall output that can support pumps, monitoring devices, and other irrigation equipment during peak seasonal demand. The combination of reliable power and predictable performance helps farmers avoid interruptions during crucial watering periods.
Conclusion: Efficient Energy and Productive Land Use
In summary, DMEGC Solar provides N-type module designs that support both energy generation and crop growth on shared land. Their focus on transparency options, irradiance optimization, and improved backside gain ensures that farms can manage energy use effectively while keeping fields productive. These features make agricultural solar installations a practical choice for reducing energy costs and powering irrigation systems in a sustainable way.
