Record-Breaking SNEC Wraps Up | HonorSolar's Latest Topcon Series Modules Garner Praise!

HonorSolar Technology (Changshu) Co., Ltd. made a significant appearance at the SNEC PV+2024 Photovoltaic Expo. On June 15, the three-day 17th SNEC (2024) International Photovoltaic Power Generation and Smart Energy (Shanghai) Exhibition (referred to as 2024 SNEC) concluded successfully. This year's event was unprecedented in scale, covering over 380,000 square meters and attracting more than 3,600 companies, including nearly all globally renowned photovoltaic enterprises, spanning every segment of the photovoltaic industry chain.

▌ Top Ten Highlights Recognized

The "Top Ten Highlights Selection and Award Ceremony" is the most eye-catching activity at the SNEC exhibition. This event aims to recognize significant technological innovations in the photovoltaic industry, allowing the most outstanding technologies and products at the exhibition to stand out from the vast array of exhibits.

At this year's SNEC exhibition, HonorSolar won the "Megawatt Emerald Award," showcasing its strength in technological innovation.

▌Showcasing Multiple High-Efficiency Modules

At this exhibition, HonorSolar showcased several high-efficiency modules to meet the diverse market demands, including the dual-glass series monocrystalline modules (HY-M12/132H-700W/N-type) and single-glass series monocrystalline modules (HY-M10/120H-490W/N-type). The half-cell module technology represents a significant breakthrough. By splitting the cells in half, the current in each busbar is halved, reducing internal losses to one-quarter of that in full-sized cell modules and achieving higher output when the module is partially shaded. The dual-sided modules with transparent backsheet technology can achieve up to 20% power gain depending on different reflectance rates and photovoltaic system designs. N-type modules generate 3.9% more electricity on average than P-type modules, with a power gain of about 1.5%-2% under high-temperature conditions, demonstrating excellent power generation capabilities.

Regarding bifacial power generation performance, the bifacial rate of N-type modules is about 10% higher than that of P-type modules, with power gain in different ground conditions ranging from 0.8% to 1.2%. Additionally, under low irradiance conditions, such as early morning or late afternoon, power gain can reach about 0.2%. The application of these technologies significantly enhances the power generation performance of HonorSolar's half-cell modules in several critical areas.

▌A Feast of Innovation, Beauty, Intelligence, and Technology

This exhibition was not only a feast of innovation, beauty, intelligence, and technology but also a confluence of new energy and zero-carbon technology. Upstream companies actively expanded into downstream modules, increasing the exhibition's demand for module products. As the core of the photovoltaic industry, modules perfectly matched the exhibition's atmosphere in the highly fragmented global market. Additionally, application-end products such as inverters, brackets, cleaning robots, and photovoltaic energy storage and charging systems also gathered at the exhibition, showcasing diversity and richness.

▌ Moving Towards Carbon Neutrality, Global Steps in Unison

On the road to carbon neutrality, global steps have never been more unified. HonorSolar always centers on customer needs, dedicates itself to technological innovation, and contributes more energy-efficient, high-efficiency, reliable, and intelligent solutions for the energy revolution and a zero-carbon future. In the fierce industry competition, HonorSolar insists on doing what is right and avoiding what is wrong, returning to the industry's essence, seeking innovative breakthroughs, leading the industry's technological and standardized development, and creating higher value for more people. This is the path of sustainable and steady progress for HonorSolar.