Trina Solar Co. Ltd., a global leader in intelligent photovoltaic and energy storage solutions, has received top honors for its transparent black Vertex S+ module in a recent PV Magazine test report.
In the comprehensive evaluation conducted by PV Magazine Group, various photovoltaic modules were rigorously tested for their performance and energy production. The assessment encompassed indoor performance evaluations as well as on-field tests for energy yield.
To ensure integrity and impartiality in the results, industry-renowned consultancy ACE was recruited as a third-party technical expert to oversee the testing process.
During the indoor test session, Trina Solar’s Vertex S+ Clear Black module stood out with an impressive average score of 92 points. It surpassed modules utilizing HJT, p-type IBC, and n-type IBC technologies in key areas such as appearance, EL (electroluminescence), low-light performance, temperature coefficient, and PID (potential-induced degradation).
Notably, the Vertex S+ Clear Black module achieved remarkable results in the optional LID (light-induced degradation) sub-element, scoring 99 points overall. It significantly outperformed the average scores in both PID and LID.
Earlier this year, the Vertex S+ Clear Black module demonstrated outstanding performance in the TOPCon/HJT field test, securing the top spot on the monthly list with an impressive energy yield of 43.24 Wh/Wp.
Combining the rectangular silicon wafer technology (210R) and advanced i-TOPCon N-type technology, the Vertex S+ Clear Black module achieves a remarkable efficiency improvement of 22.3% and an impressive power output of up to 445 W+.
Cao Yunduan, Trina Solar’s Head of Global Brand and Marketing, affirmed, “The Vertex S+ series modules represent the pinnacle of innovation and performance in the solar industry. The impressive performance of the Vertex S+ module in the latest round of testing reaffirms our commitment to providing superior quality products that meet the evolving needs of our customers.”
Trina Solar’s Vertex S+ module has received top honors in a recent PV Magazine test report. The module stood out in various performance evaluations, showcasing impressive scores in key areas such as appearance, electroluminescence (EL), low-light performance, temperature coefficient, and potential-induced degradation (PID). It also achieved remarkable results in the optional light-induced degradation (LID) sub-element.
The Vertex S+ module combined rectangular silicon wafer technology (210R) and advanced i-TOPCon N-type technology, resulting in a significant efficiency improvement of 22.3% and a maximum power output of up to 445 W+. This demonstrates Trina Solar’s commitment to pushing the boundaries of innovation and performance in the solar industry.
Market Trends: The solar industry is experiencing a growing demand for high-performance modules as consumers and businesses aim to maximize energy production and efficiency. Solar modules with advanced technologies, such as the Vertex S+, are becoming increasingly popular due to their improved performance and power output.
Forecasts: With its exceptional performance, the Vertex S+ module is likely to gain traction in the market and attract the attention of solar project developers, installers, and end-users. As the demand for solar energy continues to rise, Trina Solar’s advanced module technology positions the company well to capture a significant market share.
Key Challenges or Controversies: One potential challenge associated with advanced modules like the Vertex S+ is cost. While these modules offer superior performance, they may also come with a higher price tag. Balancing the cost-effectiveness of module technology with the benefits it provides remains a challenge for the industry.
Advantages: The Vertex S+ module offers several advantages. Its impressive performance in various tests and evaluations highlights its high-quality and reliable performance in different conditions. The combination of rectangular silicon wafer technology and advanced i-TOPCon N-type technology provides a significant efficiency boost and increased power output. These advantages make the Vertex S+ module an attractive choice for those looking for maximum energy production and performance.
Disadvantages: One potential disadvantage of the Vertex S+ module could be its higher cost compared to other modules in the market. The advanced technologies incorporated into the module may result in a higher price point, which could impact the module’s accessibility to some customers or solar project budgets.
Overall, Trina Solar’s Vertex S+ module excels in performance evaluations and offers advantages in terms of efficiency and power output. As the market for high-performance solar modules grows, Trina Solar is poised to capture a significant share with its innovative module technology.
For more information on Trina Solar and its products, visit their official website: Trina Solar.