A few days ago, Risen Energy, the world's leading provider of photovoltaic smart energy overall solutions, announced that the case of "Chasing Light Marathon": Risen Energy's Technological Innovation Road in the Context of Low Carbon Background" produced by the company with the assistance of Chongqing Technology and Business University has been successfully included in the case database of China Management Case Sharing Center and will be shared with MBA training colleges and universities across the country in the future. Risen Energy's support for the low-carbon transformation of domestic enterprises is not only to provide high-efficiency photovoltaic products, but also to provide an experience of scientific management, emphasis on innovation and high-quality development.
It is understood that the China Management Case Sharing Center is a service and non-profit cooperative institution established in May 2007 with the support of the National Steering Committee for Graduate Education in Business Administration, which is committed to promoting and improving the level of teaching and research of Chinese management cases, and realizing the sharing of case resources, teachers, academic achievements and international cooperation resources among China's MBA training institutions.
The successful inclusion of the cases participated by Risen Energy means that its technological innovation experience in the photovoltaic field has been highly recognized by authoritative institutions, and it also fully demonstrates the strong academic research value of the company's innovation model to promote the high-level development of the industry. The selected case elaborates on how Risen Energy has explored the technological innovation route step by step, to the establishment of the technological innovation strategy, to the adherence to the road of technological innovation, and finally tasted the fruits of technological innovation under the background of low carbon. The case was written in conjunction with Chongqing Technology and Business University to help students master the meaning of technological innovation, the composition of technological innovation drivers, the mode of technological innovation, the ability of technological innovation and other core knowledge points.
As the concept of low-carbon economy continues to be deeply rooted in the hearts of the people and the urgency of the world's energy problems, photovoltaics, as one of the renewable clean energy, play an increasingly important role in social and economic development. In China, after more than 30 years of ups and downs, the photovoltaic industry has become one of the few strategic emerging industries in China that has formed an international competitive advantage, achieved end-to-end independence and controllability, and is expected to take the lead in becoming a model of high-quality development.
Empowering the country to seize the strategic highland of the photovoltaic industry is inseparable from the hard work and innovation made by enterprises in all aspects of the industry. As one of the world's leading photovoltaic companies, Risen Energy actively overcomes the challenges brought about by changes in the external environment and the low-carbon economy, maintains an enterprising attitude, focuses on independent innovation in the photovoltaic field every year, and unswervingly takes the route of technological innovation. In the field of photovoltaic new energy for more than 20 years, the company has accumulated a lot of quite mature photovoltaic technology, and has a complete set of product system, covering all the popular technical routes in the current market, which can fully meet the installed needs of different application scenarios.
Especially for n-type heterojunction technology, Risen Energy successfully mastered the relevant technology of heterojunction cell modules as early as 2018 and successfully prepared high-efficiency heterojunction module products. In 2022, based on the 210 ultra-thin large silicon wafer and heterojunction technology platform, the company successfully developed an innovative product - heterojunction Fuxi module, and led the industry to start the large-scale mass production of heterojunction modules under the premise of taking the lead in realizing the mass production of its own patented 0bb cell technology, 210 ultra-thin silicon wafer technology, sterling silver dosage less than 7mg W and strain-free interconnection technology. At present, the average efficiency of mass production of heterojunction Fuxi module cells has exceeded 258%, and the module conversion efficiency can reach up to 239%, and with a very stable temperature coefficient, ultra-high bifaciality, and a 30-year product power retention rate of over 90%, 376The carbon footprint of the 5kg EQ CO2 KWC has become one of the most popular trump products in the market.
Based on the present and focusing on the future, Risen Energy will increase investment in innovation and research and development, strive to create more high-quality, efficient and low-carbon photovoltaic products, continue to optimize advanced management models, and promote the high-quality development of the industry.