Omat Becomes Member (Preparatory) of the CFIC New-Energy Chamber’s HJT and Perovskite Committee

On September 18, at the 19th China New Energy International Forum and Exhibition Photovoltaic Innovation and Application Sub-Forum, Omat Advanced Materials officially became a member of the Heterojunction and Perovskite-type Special Committee (to be prepared) of the New Energy Chamber of Commerce of the All-China Federation of Industry and Commerce, assisting the construction of the Special Committee and contributing enterprise strength to the Special Committee to build a national heterojunction and perovskite photovoltaic industry technology progress platform.

In order to better build industry consensus and create a good industrial cooperation ecosystem, the preparatory work of the Heterojunction and Perfume Special Committee of the All-China Federation of Industry and Commerce New Energy Chamber of Commerce has been steadily advanced under the leadership of Huasheng New Energy, the executive chairman unit of the Chamber of Commerce. The addition of eight new member units, including Oolai New Materials, will add scientific and technological strength to the special committee to better build a national technology platform.

Heterojunction solar cells are a new solar cell technology that combines the advantages of crystalline silicon cells and thin film cells. By depositing amorphous silicon thin films on crystalline silicon, it achieves high potential for improving photoelectric conversion efficiency, greater cost reduction space, higher double-sided ratio, effective reduction of heat loss, lower photo-induced attenuation, and simple preparation process.

Perfume solar cells use perovskite materials as light absorbing layers. It has attracted much attention because of its high conversion efficiency, low cost and simple manufacturing process and the ability to prepare flexible devices, and has broad application prospects. Both heterojunctions and perovskites represent important development directions for cutting-edge photovoltaic technologies.

OLAI New Materials has developed OMHT series ultra-high mobility targets in the field of heterojunction and perovskite photovoltaic, TCOM series indium-free targets, ITO series targets, IZO targets, NiOx targets, ICO for RPD/PED, IWO particle targets, and seed layers for copper interconnection processes, adhesion barrier layer targets and other fields have been carried out to continue to explore the huge potential of high-performance sputtering target products in reducing costs and increasing efficiency in the heterojunction and perovskite photovoltaic industries.