New SuperPoly Module to be introduced at Intersolar Europe
Wuxi Suntech announced today the introduction of its new SuperPoly product line. The SuperPoly, an upgraded polycrystalline module, will be exhibited this week for the first time at Intersolar Europe from June 10th to 12th. Available globally this July, Suntech's current manufacturing capacity for the SuperPoly module is 100MW, however Suntech looks to increase this capacity to more than 1GW at the end of this year.
"We're very excited to be introducing the SuperPoly module at Intersolar Europe this week, along with our new products such as the HyPro module, which is our latest high efficiency module that we offer with PERC solar cell technology," said Xiong Haibo, president of Suntech. "Our continual investment in research and development in our PV technology is part of Suntech's vision of a cost efficient and energy efficient future. The SuperPoly is another module in our range of products that has passed the VDE's certification standards. Our customers who are looking to build utility size projects will find that the SuperPoly panel is the perfect fit for their energy needs."
The SuperPoly is a polycrystalline module that integrates an in-depth reflection technology and passivation process, which enables the module to generate at least 2 power classes more (approximately 10W) than the average industry level module, reaching efficiency levels up to 16.7%. Improvements to the color uniformity of the cells allow the SuperPoly 72 cell module to produce an optimal 325W at peak performance, well-suited for utility scale size projects.
Additionally, this PID-free module sustains higher power output at 200W/m2 compared to the conventional module in weak lighting conditions, catering to markets that require high efficiency and durability under dynamic solar conditions such as the UK, Germany and Thailand. The SuperPoly, like all Suntech's four busbar module designs, has a lower probability of micro-cracks and hotspots, making the modules less susceptible to malfunctions that lead to significant power degradation.
