At BISOL Group, we are committed to leading the way in solar innovation. Our transition to G12R cells marks a significant advancement in photovoltaic technology, offering enhanced efficiency, higher power output, and improved system performance for both residential and commercial projects.
Why the Shift to G12R Cells?
The G12R cells we have adopted are designed to deliver superior performance through several key features:
Increased Power Output: BISOL’s G12R modules are capable of achieving power outputs up to 520W per module, significantly boosting energy generation. This increase in power output translates to more energy produced, even with fewer modules, leading to reduced installation costs and faster payback periods.
Enhanced Efficiency: These cells are engineered to offer higher module efficiency rates—up to 23.2%. This means more sunlight is converted into usable energy, improving the overall energy yield of solar installations, whether on rooftops or large-scale solar farms.
Optimized Dimensions for Logistics: The larger cell size of G12R modules means fewer modules are needed to meet energy requirements. The dimensions of these modules have been optimized to maximize container utilization, reducing transportation costs and increasing logistical efficiency.
What This Means for Our Customers
By integrating G12R cells into our product line, BISOL Group is providing several advantages to our customers:
Higher Energy Yield: With increased power output and efficiency, G12R modules help customers generate more energy from the same amount of space. This results in a higher return on investment and better overall system performance.
Cost Efficiency: Thanks to the higher output and fewer modules required for installation, both installation and maintenance costs are significantly reduced, leading to overall cost savings.
Sustainability: The improved energy efficiency of G12R modules helps reduce the carbon footprint of each installation, supporting global sustainability goals and enabling customers to make a meaningful contribution to the clean energy transition.
Comments