English

中文 日本語

Perfect closing! Jinergy SNEC Trip Wins Three Awards

From June 3 to 5, the 15th (2021) International Solar Photovoltaic and Smart Energy (Shanghai) Exhibition and Forum (hereinafter referred to as "SNEC") was held grandly.As a leading PV intelligent manufacturing enterprise, Jinergy brought 166 and 182-sized monocrystalline PERC module, monocrystalline PERC bifacial dual-glass module and super high efficiency HJT module to participate in the grand event, and won many awards at the same time of the exhibition, which attracted great attention from both inside and outside the industry.

The global carbon neutrality wave has put forward higher requirements for the development of the photovoltaic industry. It is Jinergy to give full play to the advantages of technological research and development, work hard to create high-quality photovoltaic products, continue to drive technological upgrading and LCOE decline, and create higher profits for customers.According to reports, the high-efficiency monocrystalline module on display in the Jinergy use 166 and 182-size cells, and customers can choose a more reasonable product solution according to the actual situation; module use advanced MBB and high-density packaging technology to achieve ultra-high module power and module efficiency; at the same time, advanced non-destructive cutting technology and half-cut technology are used to give module more excellent mechanical properties; outstanding anti-PID and anti-hot spot performance, the module have better reliability and provide sufficient guarantee for the long-term power generation and income of the power station.

The Asian Photovoltaic Industry Association (APVIA) highly appreciated Jinergy's research and development strength and awarded the enterprise "APVIA Asian Photovoltaic Award-Science and Technology Achievement Award" at SNEC exhibition ".The award aims to recognize organizations and individuals who have made outstanding contributions to the production capacity and innovation of the photovoltaic industry. It is a professional recognition of Jinergy pioneering scientific research ideas, technological innovation and technology promotion.

Behind the success is no coincidence, Jinergy every technological breakthrough is attributed to the strong product quality control ability of the enterprise and the professional testing ability of the laboratory.TÜV SÜD, an international authoritative third-party testing organization, has Jinergy obtained TMP laboratory qualification through all-round review and evaluation of the equipment and testing engineer capabilities of the Jinergy laboratory.This means that the third-party organization recognizes the management level and testing ability of the Jinergy laboratory, which is also a further embodiment of the laboratory's compliance with IEC international standards and TÜV SÜD accreditation rules.The International Standards Laboratory will provide strong support for Jinergy to develop higher performance and higher reliability photovoltaic module. 

The exhibition reached its climax at the end-the "SNEC Top Ten Highlights Award Ceremony". Jinergy newly upgraded super high efficiency HJT module stood out and won the "Tera Watt Diamond Award".Jinergy newly upgraded super high efficiency HJT module use 166-size cell and apply MBB, small gaps, lossless cutting, circular welding tape and other technologies to improve module efficiency and reduce loss. The front power output of the 156-half-cut cell HJT module reaches 510W. 

At present, Jinneng Holding Group has formed an ecological cluster with a comprehensive cell capacity of 11GW and a comprehensive component capacity of 6.5GW.During the 14th Five-Year Plan period, Jinneng Holding Group will strive to build silicon wafers, photovoltaic cell, module integrated production capacity, photovoltaic cell, module production capacity will reach 20GW.Jinergy the active layout of super high efficiency HJT cell technology, promote the high-quality upgrade of the photovoltaic industry, and help the global carbon neutral goal to achieve faster.