Omat Invited to 2024 HJT Heterojunction and Tandem Industry Summit, Delivers Report

On September 6, the largest annual summit of the photovoltaic HJT industry,"Differences in the Present, the Future 2024HJT Heterojunction Stack Industry Summit"(hereinafter referred to as the summit), was held at Shangri-La Hotel, Pudong, Shanghai. Omat Advanced Materialss were invited to participate in the summit.

As a new productivity in the new era of global energy development, heterojunction laminated batteries are the eternal theme of the development of the photovoltaic industry. This summit focuses on new productivity in the photovoltaic industry, leads a new era of industry development, and steps out of a new cycle in the industry. The summit was jointly organized by Soochow Securities, SOLARZOOM Optical Storage Corporation and 740W + Efficient Heterojunction Club. Participating companies included many HJT listed companies and investment institutions.

Dr. Lu Kuankuan, Director of the Thin Film Center of the Omat Materials Research Institute, delivered a report on "Omat Advanced Materialss-Application Progress of High Mobility Targets and Indium Free Targets in HJT Cells", sharing the application progress of Omat Advanced Materialss in the field of heterojunction laminated photovoltaics. It demonstrated the huge potential of the company's high-performance sputtering target products in reducing costs and increasing efficiency in the heterojunction photovoltaic industry, and was fully recognized and strongly supported by the guests attending the meeting!

Omat Advanced Materialss is committed to the continuous development and production of high-performance sputtering targets to provide customers with innovative solutions and high-quality services. The company's target products are widely used in many fields such as solar photovoltaics, semiconductor displays, touch screens, integrated circuits (and packaging) and power batteries. In the future, the company will adhere to innovation, jointly develop and cooperate in depth with customers, aiming to develop higher mobility and lower cost targets to help the high-quality development of the heterojunction photovoltaic industry.