This year's PV CellTech Europe focuses on current N-type cell technology and discusses the future development direction of photovoltaic technology with the industry.

Focusing on the theme of the speech session "Terawatt manufacturing of n-type cells with 25%-plus efficiencies in mass production", Christian shared with the guests the powerful mass production of Huasheng's high-efficiency heterojunction products in the context of the rapid development of the global photovoltaic industry. production and delivery capabilities.

In addition, the introduction of phototransfer film and butyl glue in mass production can not only effectively improve the utilization rate of sunlight, but also improve the module's ability to resist ultraviolet rays and water mist erosion, which effectively supports the entire life cycle of Huasheng heterojunction modules. high performance and reliability. The inherent high efficiency characteristics of heterojunction and the mass production application of advanced processes have enabled Huasheng heterojunction modules to take the lead in achieving 720W+ batch shipments and continue to lead the industry.

Since its birth in 1997, heterojunction cells have entered the HJT 3.0 era. Bifacial microcrystals have been fully used in Huasheng's mass-produced products. Huasheng's Everest G12R, Himalaya G12 and G10 full series of module products have achieved great results in terms of power and efficiency. It has significant advantages, far exceeding conventional technology route products.

Christian highlighted that with the full application of heterojunction-specific silicon wafers and low-indium materials, as well as the research and development and layout of heterojunction-perovskite stacked cells, Huasheng heterojunction will move towards a greener, low-carbon, and A path to innovation with better performance and more cost-effectiveness.

As the world's largest manufacturer of heterojunction products, Huasheng adheres to long-termism, focuses on the future, conducts in-depth research on heterojunction, a photovoltaic power generation technology with great potential, and achieves mass production of high-performance products to contribute to global green sustainability. Contribution to development.Trina solar panels