Views: 2 Author: Site Editor Publish Time: 2025-03-21 Origin: Site
As the global energy transition accelerates, photovoltaic innovation plays a crucial role in enhancing plant yields and reducing the levelized cost of electricity (LCOE). As a globally recognized Tier 1 PV module manufacturer, ZNSHINE Solar has remained committed to its high-quality product strategy—continuously optimizing cell technologies and module design to deliver efficient, reliable PV solutions.
Against this backdrop, ZNSHINE’s high-efficiency bifacial double-glass modules were successfully deployed at the UFV Brita 2MW solar power plant in Nobres, Mato Grosso, Brazil. Real-world performance data revealed that the plant significantly outperformed initial generation estimates, delivering higher returns for investors and reaffirming ZNSHINE Solar’s superior product performance, long-term reliability, and strong market competitiveness.
The UFV Brita project, developed by Fatorial Engenharia, utilizes ZNSHINE’s 570W bifacial double-glass modules. These modules, built on N-type cell technology with an ultra-dense busbar design, offer enhanced energy conversion efficiency and strong low-light performance, ensuring stable energy output even in fluctuating irradiation conditions. Optimized cell design further boosts power output while lowering system costs, improving transportation and installation efficiency, and contributing to a more cost-effective project execution.
The true value of a solar power plant lies not only in its design, but more importantly in its operational performance. Utilizing the Sungrow iCloud platform, Fatorial Engenharia conducted long-term, high-precision monitoring of the UFV Brita plant. The data shows a 2.06% increase in actual power generation compared to the expected performance. This clearly demonstrates the high reliability and power yield of ZNSHINE’s bifacial double-glass modules across diverse environmental conditions. With bifacial technology, the modules can capture both direct sunlight from the front and reflected light from the ground and surroundings through the rear side, delivering extra energy gains and improving overall system output.
Product quality is the cornerstone of long-term operational stability in solar power plants. ZNSHINE Solar not only focuses on maximizing initial output, but also integrates a range of innovative technologies to ensure long-term durability under various climate conditions: Graphene self-cleaning coating reduces dust accumulation, increases light transmission, and minimizes cleaning and maintenance costs. Low-carbon polyurethane frame, compared to traditional aluminum alloy, is lighter and more corrosion-resistant, while also lowering carbon emissions and enhancing environmental sustainability. Glassless encapsulation technology significantly reduces module weight, making them easier to install—ideal for lightweight rooftops and curved surface applications. Together, these technologies greatly extend the service life of PV modules and help power plants achieve stable, long-term returns.
As a Tier 1 global PV module manufacturer and a Top Performer in PVEL's Reliability Scorecard, ZNSHINE Solar continues to earn market recognition through its product excellence and technological leadership. With an annual production capacity exceeding 10GW and installations in over 60 countries and regions, ZNSHINE is well-positioned to meet the growing global demand for clean energy. Looking ahead, ZNSHINE Solar will continue to drive high-quality growth through technological innovation, offering more efficient and reliable PV solutions to customers worldwide. Together with global partners, we remain committed to advancing the sustainable development of green energy. ZNSHINE Solar – Making Green Energy More Efficient.
