Qn-SOLAR was Honored with the "National Excellence" Certification by the CPVT
November 28 , 2023 | 1833
As a leading PV manufacturer, Qn-SOLAR participated in the "2023 Offshore PV System High-quality Development Forum" held from November 21 to 22. This participation marks a significant milestone for Qn-SOLAR, bringing together representatives from numerous photovoltaic industry units, along with over a hundred experts, scholars, and industry elites, to collectively explore offshore photovoltaic development.
In August 2023, Qn-SOLAR joined the trial operation of China's Inaugural Offshore PV Base. The N-Type TOPCon 182mm Bifacial series PV modules from Qn-SOLAR, subjected to rigorous testing at the offshore PV base, showcased outstanding performance and efficiency. On November 22, Qn-SOLAR was honored with the "National Excellence" certification for differential application weather resistance by the CPVT and received the "Offshore Outdoor Operational Safety Certificate." Additionally, Qn-SOLAR received an invitation to join the industry standard alliance for the "Technical Specification for the Performance of Offshore PV Modules," contributing significantly to the advancement of standardization in offshore photovoltaics.
The N-Type TOPCon 182mm Bifacial series PV modules from Qn-SOLAR are precision-engineered to meet the intricate challenges presented by the dynamic marine environment encountered in offshore photovoltaic systems. These challenges include strong winds, large waves, high salt spray, and intense ultraviolet radiation. Featuring a double-glass structure designed to enhance resistance against hidden cracks, the modules showcase a robust load-bearing structure. This design, coupled with innovative installation methods like flexible supports, ensures resilience against high-frequency wind loads and sea wave impacts.
By leveraging materials highly resistant to corrosion, advanced anti-corrosion frames, protective junction boxes, and polymer structural encapsulation technology, these modules exhibit low water permeability and exceptional weather resistance.
Through the utilization of efficient power generation technology, these modules deliver higher power and superior energy output, resulting in increased economic value. Qn-SOLAR's N-Type TOPCon 182mm series products have undergone thorough verification, excelling in various aspects, including resistance to salt spray corrosion, high loads, UV resistance, and tolerance to high-temperature and high-humidity conditions. They demonstrate their ability to adapt to the diverse environmental challenges encountered in offshore settings.
The oceans provide new application scenarios for photovoltaics. In the same lighting conditions, the unobstructed expanse of the sea allows for prolonged sunlight exposure and higher radiation levels. These advantages contribute to increased light utilization efficiency in offshore photovoltaic projects, thereby significantly boosting electricity generation in offshore photovoltaic power stations. The application of offshore photovoltaics can alleviate the pressure on agricultural land, mitigate electricity shortages, and enhance overall investment returns, showcasing limitless potential for future development.
Qn-SOLAR will continue to increase efforts in technological research and development, accelerate the pace of offshore photovoltaic development, promote further advancement in marine energy, and provide more green power for diversified photovoltaic applications!
About us
Since our inception, Qn-SOLAR has quickly risen to the top of the PV manufacturing industry. Our senior team has more than 15 years of comprehensive expertise in PV technology and PV solutions. From 2014 to now, the installed capacity of our projects has reached 15GW. Our own asset of PV power stations have exceeded 1.5GW. Qn-SOLAR officially launched global PV business in 2022.Our headquarters is in Shanghai of China, and we have seven manufacturing bases in China. As a professional and integrated company, On-SOLAR has laid out various fields of PV upstream and downstream, including a combined annual production capacity of 69GW PV cells, 39GW PV modules in 2023.
