These are high efficiency (up to 22,50%) 132 cell bifacial HJT Half Cut panels.
JHT means higher power, higher efficiency, higher return, higher profitability of your pv system.
HJTs (Hetero Junction Technologies) are ultra-high-efficiency N-type silicon heterojunction solar cells that provide higher efficiency and output power than conventional crystalline silicon cells. HJT ensures higher energy yield per unit cell and unit panel.
HUASUN enters the solar PV industry with product innovation and optimized power/cost ratio with peak HJT records and is currently the most cost-effective option to increase efficiency and power to their highest levels in the solar industry. HJT combines the best qualities of crystalline silicon with those of thin film amorphous silicon to produce a high power hybrid cell that surpasses the performance of the industry's current mainstream technology - PERC (P-type). Secondly - it provides a very low LCOE (average cost of energy), this greatly increases the high performance potential of an HJT based PV system, that is why JHT means higher power, higher efficiency, higher return, more - high profitability of the pv system. HUASUN has been awarded by PV magazine in the 2022 module category as the company produced a panel with the highest efficiency cell of 25.26%. (Himalaya G12 HS-210-B132DS700).
https://www.pv-magazine.com/pv-magazine-events/pv-magazine-awards/
HuaSun enters the solar PV industry with product innovation and optimized power/cost ratio with top records in heteroJunction technologies.
HJT technology is currently the most powerful and best option for increasing efficiency and output to their highest levels in the solar industry. HJT combines the best qualities of crystalline silicon with those of thin film amorphous silicon to produce a high-power hybrid cell that surpasses the performance of the industry's current PERC technology. Second, it provides a very low LCOE (average cost of energy), this greatly increases the high performance potential of an HJT-based PV system.
HuaSun has a world-leading team in HJT solar cell R&D as well as manufacturing, with over 8 years of experience in HJT cell research and mass production to create high-efficiency HJT solar module. The company has applied collective knowledge to implement advanced smart manufacturing in an ISO 9001 certified facility to produce the most efficient, qualified and cost-effective HJT products for customers worldwide.
The materials HuaSuan chooses source from reliable domestic and overseas partners, ensuring quality beyond industry standards. From the glass and backsheet to the inside of the HJT solar panels, everything from the material is carefully selected to produce the very best HJT solar panels, giving customers the quality they deserve. That's why HuaSuan HJT solar panels have an industry-leading performance guarantee that is 99% degradation in the first year, after the 2nd year 0.37% annual degradation until the 30th year from inception. Based on N-type silicon wafer. As a cutting-edge solar cell technology, heterojunction technology has proven to provide higher efficiency, better performance and durability. The HJT Cell manufacturing process is more efficient and takes fewer steps than other cell processing technologies. The HJT solar cell is also a natural bifacial cell with a much more stable solar cell color.
The efficiency of Huasun HJT solar cells is significant at 25.26%. Solar panel efficiency refers to how much light a solar panel converts into electricity. The higher the efficiency, the more electricity can be obtained from the panel for the same amount of light. For rooftop deployments with limited space, this can be a very important feature. Efficiency has steadily increased over the years as manufacturers look for ways to absorb more electricity from the same amount of sunlight. However, with the extreme development of any technology, scientists and engineers must research deeply and find new ways to sustain growth in efficiency. Heterojunction solar cells are therefore one of the newest technologies entering the consumer solar panel market. Thanks to the structure of the HJT solar cell, which combines two different technologies in one cell: a crystalline silicon cell sandwiched between two layers of amorphous "thin-film" silicon. Thus, thin-film solar has a better temperature coefficient than crystalline silicon. For example, Excellent performance in low light and better performance in hot climates. This highly efficient solar cell enables excellent power generation in all climates, especially at higher temperatures, around the world.