Recently, a delegation from TÜV Rheinland had an in-depth meeting with SoleFiori Technology Company (SoleFiori), focusing on the technological advancements, testing optimization, and standardization of high-efficiency heterojunction (HJT) solar cells.

Recently, SoleFiori and Mellow Energy jointly developed a four-terminal HJT-Perovskite tandem solar module. The module has been certified by the China Photovoltaic Testing Centre (CPVT). The newly launched large-size tandem module measures 1.2×1.6 meters and integrates advanced HJT-Perovskite tandem technology.

On Feb. 13th, Tang Jianxin, Executive Head of the Department of Materials Science and Engineering at the Faculty of Innovation Engineering, Macau University of Science and Technology (MUST), led a team to visit SoleFiori Technology Company (SoleFiori).

On February 13th, a delegation led by Sun Dong, Secretary for Innovation, Technology and Industry of the Hong Kong Special Administrative Region, visited SoleFiori Technology Company (SoleFiori). The visit laid the groundwork for in-depth cooperation between SoleFiori and partners in Hong Kong and the global green energy and technology innovation sectors.

SoleFiori Technology Company (SoleFiori) recently welcomed a delegation from Ohmium International, Inc. (Ohmium), a global leader in green hydrogen solutions, led by its co-founder and CEO, Arne Ballantine. Accompanied by Dr. Jiang Qingtang, Chairman of SoleFiori, they toured the cell and module production lines, expressing deep admiration for the latest heterojunction (HJT) achievements. The visit also included detailed discussions on comprehensive cooperation between the two companies....

On January 3, 2025, SoleFiori Technology Company (SoleFiori) ushered in the new year with a piece of exhilarating news: it had been awarded a utility model patent for its innovative system designed to bend solder ribbon. This patent marks a significant technological milestone for SoleFiori in the production process of heterojunction (HJT) modules, enhancing both product quality stability and production efficiency in early 2025.