JINERGY Cited Attention with Ultra High-efficiency Heterojunction Technology in Shanxi International Green Energy Expo
During May 12th to 14th, in 2017 Shangxi International Green Energy Expo, which was jointly hosted by Shanxi Solar Energy Association, International Copper Association and International Metal Solar Industry Alliance(IMSIA), JINERGY was present as the No. 1 local PV module manufacturer in Shanxi Province and displayed high-efficiency polycrystalline, PERC monocrystalline and ultra high-efficiency heterojunction modules.
As the epitome of the transformation enterprise in Chinese traditional coal industry, JINERGY, based in Shanxi, has realized the layout of three generation of technologies: high-efficiency polycrystalline, PERC mono crystalline and ultra high-efficiency heterojunction, and played an critical role in the development of green economy in Shanxi, by means of following the guideline of high-end and large-scale distribution of advanced PV manufacturing technologies and strict adherence in the progressive development strategy of “production, pilot test, research and development generation by generation”.
Doctor YANG Liyou, General Manager of JINERGY expressed, “At present, JINERGY plans to realize an output of 275W polycrystalline modules over 50% by the second quarter this year, and that of 280W modules exceeding 50% by the last quarter this year; by the second quarter of 2017, the output of 295W PERC monocrystalline modules will aacount for 60% and by the fourth quarter, that of 295W modules may probably exceed 70%.”
Moreover, JINERGY has officially launched the ultra high-efficiency heterojunction modules recently, in order to promote the large-scale mass production in the industry with advanced technologies, constantly reduce the LCOE and realize the supply of high-efficiency products at a relevant fair price. YANG Liyou expressed, “Compared with other ultra high-efficiency solar cell technologies, HJT technology is featured by simpler processes, higher conversion rate, very lower attenuation rate, etc. Therefore it has a promising future. Meanwhile, thanks to its bifacial generating performance, power generation can be increased by 8%~20% in different circusntances, and its overall power generation is 44% higer than that of regular high-efficiency modules”
In future, by means of breakthroughs in key technologies and mass production, ultra high-efficiency heterojunction modules will hopefully decrease a lot in cost, and provide sufficient technical supports for earlier Grid Parity.
