Solareg places a strong emphasis on technological innovation and excellence in solar energy projects. At the core of our business is the commitment to providing our customers with the most efficient and reliable solar energy solutions by utilizing the latest technologies available.
Technology plays a critical role in optimizing the performance of our solar energy plants and enhancing energy efficiency. We keep abreast of current and innovative technologies and employ state-of-the-art equipment in our projects. This enables us to deliver high energy efficiency, reliability, and longevity to our customers.
Half-Cell Technology
Half-cell technology is an innovation that enhances the efficiency and optimizes the performance of solar panels. Unlike traditional solar panels that typically use a single large cell in their cells, half-cell technology divides these cells into smaller ones. This improves the working principle of the solar panel and results in higher energy production.
Half-cell panels offer advantages such as high-power density, greater efficiency, and improved heat dissipation. As a result, they can produce more power in less space and provide lower operational costs. Additionally, half-cell technology increases the durability of solar panels, ensuring long-term use.
This innovative technology is an ideal choice for users seeking higher efficiency and greater energy production in solar energy systems.
%2 - %5
Higher Energy Conversion Efficiency
Half-cell modules provide 2% to 5% higher energy conversion efficiency.
Up to 10%
Better Temperature Tolerance
Half-cell modules can generate up to 10% more energy even in high-temperature conditions.
Up to 25%
Lower Power Loss
Half-cell modules reduce power loss by up to 25%, ensuring higher overall system efficiency.
%30
Shade Tolerance
Half-cell modules can generate up to 30% more energy even in shaded conditions.
Low Operating Temperature
Half-cell modules feature technology that keeps the operating temperature of solar panels low, enhancing energy efficiency. While traditional solar panels may experience a decrease in performance when operating at high temperatures, half-cell modules can function better under lower temperature conditions due to improved heat dissipation.
This advantage ensures that half-cell modules maintain high performance for longer periods. They exhibit less tendency to overheat compared to other solar panels operating in high-temperature conditions, minimizing energy loss. Additionally, the low operating temperature extends the panel’s lifespan, providing reliable and efficient energy production for many years.
The low operating temperature advantage of half-cell modules is a significant preference for users in hot climate regions or areas exposed to intense sunlight who seek more effective energy generation.