Post by account_disabled on Jan 6, 2024 8:57:54 GMT
Trina Solar, a global leader in solar cells and integrated smart solar energy solutions. It was recently announced that The company has begun mass production of N-type i-TOPCon bifacial double-glass solar panels. The solar panel, which uses 144 half-cut i-TOPCon cells, can produce electricity at The front of the solar panel has a maximum output of 425 Wp and a maximum solar panel efficiency of 20.7%. The new generation i-TOPCon solar panels, or modules, integrate bifacial n-type i-TOPCon cells with a bifacial power generation capacity of more than 80% and feature double-glass multi-busbar (MBB) technology. Monocrystalline square cell technology Double-sided and half-sided This high-efficiency module has a low temperature coefficient. and has a low light attenuation rate (LID), producing more electricity.
Additionally, the modules C Level Executive List produce an extra 5% - 30% more electricity on the back and come with a 30-year warranty on the solar panel performance. The world-record high energy conversion efficiency of 25.8% on a small area of the single-sided TOPCon cell, developed by the Fraunhofer ISE research institute, has driven institutions and the entire industry to achieve this. More and more people are turning to research and development of passive contact solar cells. In 2015, Trina Solar's State Key Laboratory of Photovoltaic Science and Technology (SKL PVST) began research on bifacial TOPCon cells with an area of big Named the i-TOPCon cell, it aims to mass produce it for industrial applications.
Later in 2019, Trina Solar's i-TOPCon cell achieved an average front energy conversion efficiency exceeding 23%. The i-TOPCon cell has a boron-based emitter on the front and full-area passivating contact on the back. After being developed by the SKL PVST laboratory, the cells were transferred into full-scale mass production at Trina's factory. Solar in Changzhou Additionally, in May 2019, Trina Solar also announced that The company's SKL PVST laboratory has achieved a new world record for its i-TOPCon solar cell made from n-type mono-crystalline silicon (c-Si), with a power conversion efficiency of 24.58%. This result was confirmed by the independent institute ISFH CalTeC in Germany with measurements of the full area (244 cm²), including the busbars.
Additionally, the modules C Level Executive List produce an extra 5% - 30% more electricity on the back and come with a 30-year warranty on the solar panel performance. The world-record high energy conversion efficiency of 25.8% on a small area of the single-sided TOPCon cell, developed by the Fraunhofer ISE research institute, has driven institutions and the entire industry to achieve this. More and more people are turning to research and development of passive contact solar cells. In 2015, Trina Solar's State Key Laboratory of Photovoltaic Science and Technology (SKL PVST) began research on bifacial TOPCon cells with an area of big Named the i-TOPCon cell, it aims to mass produce it for industrial applications.
Later in 2019, Trina Solar's i-TOPCon cell achieved an average front energy conversion efficiency exceeding 23%. The i-TOPCon cell has a boron-based emitter on the front and full-area passivating contact on the back. After being developed by the SKL PVST laboratory, the cells were transferred into full-scale mass production at Trina's factory. Solar in Changzhou Additionally, in May 2019, Trina Solar also announced that The company's SKL PVST laboratory has achieved a new world record for its i-TOPCon solar cell made from n-type mono-crystalline silicon (c-Si), with a power conversion efficiency of 24.58%. This result was confirmed by the independent institute ISFH CalTeC in Germany with measurements of the full area (244 cm²), including the busbars.