Trina Solar’s Vertex 600W/550W series ultra-high power modules has passed the comprehensive reliability test by TUV Rheinland.
This is another milestone after both the IEC 61215 PV module performance standard and the IEC 61730 PV module safety standard certificates were awarded to Trina Solar in March 2020.
The Vertex series has adopted a low voltage, high string power design and integrated advanced technology solutions based on Trina Solar’s multi-busbar technology, including non-destructive cutting and high-density cell interconnect technology, dramatically enhancing both micro-crack and heat spot resistance efficiency while further reducing device costs and levelized energy costs (LCO).
The optimized Vertex series modules have set a new benchmark for high-power modules used in large-scale ground power stations in terms of heat spot resistance.
“The Vertex series modules have created a new product technology platform. With enhancements in technology, the conversion efficiency is on track to push past 24%. Combining the optimization in module design as well as improvements in load capacity and downstream installation, the power delivered by the Vertex series modules will continue to increase. These enhancements create huge potential for the iterative development of PV modules, further driving the continuous decrease in the cost of PV systems and LCOE of PV power generation while accelerating application of PV as an energy source worldwide.”
Zhang Yingbin, senior director of solar product VCG at Trina Solar.
“We are very excited to see that Trina Solar had completed the time to market process including passing TUV Rheinland’s reliability test for 500W+ and 600W+ modules within half a year. The fast track to commercialization and the reliability certification open a new path for the rapid development of PV technologies. We congratulate Trina Solar on its outstanding achievements in leading the growth of the renewable energy industry and appreciate its innovative spirit.”
Chris Zou, vice president of solar services, TUV Rheinland Greater China.
