On April 16, 2024, the World Future Energy Summit and Exhibition (WFES) in the Middle East was grandly held at the Abu Dhabi National Exhibition Center (ADNEC) in the United Arab Emirates. This event attracted widespread attention in the global energy field. As one of the leading companies in China's new energy industry, Winhitech witnessed HJT high-efficiency modules and renewable energy solutions with global customers at booth 7275 in Hall 7.

The global energy transformation wave in 2022, coupled with the economic benefits brought by the price drop in the photovoltaic supply chain in 2023, will push the Middle East to launch a series of large-scale photovoltaic project bidding plans, introduce and update incentive policies and development goals such as electricity price subsidies, and photovoltaic demand will grow rapidly. By the end of 2022, the cumulative installed photovoltaic capacity in the Middle East has exceeded 13GW, and it is expected to continue to grow rapidly in 2023&2024. IRENA, ABSOLAR and other institutions predict that by 2030, the growth rate of photovoltaic power generation in the Middle East will reach approximately 26% per year; it is expected that the installed capacity in 23/24 will be 8 /12GW, an increase of 50%.

In this context, as the largest and most influential world-leading renewable energy exhibition and conference in the Middle East and North Africa, WEFS has attracted more than 15,000 politicians, business experts and senior consultants from more than 100 countries to develop solar energy in the country. , wind power and hydropower, carbide emission reduction and management, and sustainable development plans to jointly discuss technical research and commercial cooperation in alternative energy sources.

Winhitech's participation has become one of the highlights of this exhibition. The industrial application of 110μm thin silicon wafers, double-sided microcrystals, silver-coated copper technology and fine line printing technology has enabled Winhitech’s 210 n-type HJT double-sided high-efficiency heterojunction modules to be mass-produced with a power of 730W and a module efficiency of 730W, and the module efficiency is as high as 23.5%.

A comprehensive renewable energy solution based on high-efficiency modules designed to maximize power output while minimizing the environmental footprint. The Middle East's abundant sunshine and growing demand for clean energy has become a best practice area for this solution.

Winhitech's commitment to innovation and sustainability perfectly aligns with the strategic goals of diversifying the energy structure and reducing carbon footprint in the Middle East. In the future, Winhitech will continue to explore new growth and cooperation opportunities in the Middle East and work together towards a zero-carbon world.