On March 31st, Professor Tian Erbu, Dr. Zhong Hai, Professor Luo Congshuang, and Teacher Zhou from Sanming University in Fujian Province visited Soeasy (Xiamen) Technology Co., Ltd. The two parties confirmed their intention to cooperate in establishing an industry-university-research base and held in-depth discussions on cooperation in the field of photovoltaic technology.
 
As an undergraduate university in Fujian Province with a focus on engineering, Sanming University has long been committed to cultivating high-level engineering and technical talents with innovative spirit and practical ability. It has always attached great importance to the collaborative development of industry, university, and research, and actively promoted the transformation of scientific research achievements into practical applications.
As a leading enterprise in the R&D and production of photovoltaic systems, Soeasy specializes in providing one-stop photovoltaic solutions. It has outstanding technical strength in fields such as photovoltaic brackets and building-integrated photovoltaics (BIPV), and is committed to promoting the widespread application of photovoltaic energy.
 

Deepening Technical Cooperation to Promote Innovation in Photovoltaic Buildings

During this talk, the two parties reached a consensus on cooperation regarding the application of structural mechanics and finite element analysis in photovoltaic buildings. They plan to give full play to their respective advantages, combine advanced engineering simulation technologies, optimize the mechanical properties of photovoltaic systems, and improve the safety and stability of photovoltaic buildings.

 

Soeasy (Xiamen) Technology Co., Ltd. and Sanming University will jointly develop new products, make full use of and share laboratory resources, and carry out technical verification as well as innovative R&D. Through sharing scientific research platforms, the two parties will work together to explore innovative applications of photovoltaic technology in the construction field, promote the sustainable development of green buildings, and provide more scientific and reliable technical support for building-integrated photovoltaics (BIPV).