International Recognition of Strength Once Again! HY SOLAR HT series high-efficiency modules have successfully passed the stringent testing and certification of TÜV NORD IEC TS 63209-1:2021. As an important international testing standard for verifying photovoltaic module reliability, this achievement not only provides authoritative endorsement for the long-term stability of HY SOLAR's products but also reaffirms HY SOLAR's leading capabilities and sense of responsibility in high-quality manufacturing.IEC TS 63209-1:2021, issued by the International Electrotechnical Commission (IEC) in 2021, is an international standard specifically developed for extended stress testing of photovoltaic modules. As an advanced version of IEC 61215 and IEC 61730, it further enhances testing intensity and verification dimensions beyond the original foundation, imposing stricter assessment requirements on ground-mounted photovoltaic modules. By extending stress durations, increasing cycle counts, an

Recently, at the 2025 4th Photovoltaic Industry Conference organized by Shanghai Metals Market (SMM), HY SOLAR was honored with a dual distinction for its outstanding strength in technological R&D, market performance, and responsible practices. HY SOLAR was ranked on the "2025 H1 SMM Global PV Module Tier 1" list and received the prestigious "PV Cell Innovation Pioneer Award." These dual accolades highlight HY SOLAR's comprehensive advantages in the two core segments of cell and module manufacturing, once again demonstrating HY SOLAR's competitiveness in the global photovoltaic industry.The SMM "Aura Cup" aims to identify exceptional enterprises in supply chain optimization, technological breakthroughs, brand empowerment, and ecosystem collaboration through a comprehensive, multi-perspective evaluation system, thereby driving the high-quality development of China's photovoltaic industry. The selection for the SMM Global PV Module Tier 1 list follows a rigorous methodology,

As “PV+” applications continue to unlock value across ecological restoration, rural revitalization, and industrial upgrading, solar energy has grown far beyond a single source of electricity. It is increasingly becoming a powerful engine for environmental recovery and regional economic growth. Recently, HY SOLAR, in collaboration with China Zhongnan Engineering Corporation Limited (CPECC Zhongnan Design Institute), successfully delivered 70 MW of high-efficiency modules for the Ongniud Banner PV assistance project in Inner Mongolia, providing reliable product support for local development.Project PhotoOngniud Banner lies on the western edge of the Horqin Sandy Land and is one of the most severely desertified areas in Chifeng, with some of the most challenging ecological-restoration needs. Although blessed with abundant solar resources, the region has long faced the dual challenge of ecological rehabilitation and coordinated regional development. As PV assistance programs continue to de

During the 2025 CREC Wuxi International Renewable Energy Exhibition, HY SOLAR was honored as one of the “Top 10 Distributed PV Module Brands of CREC 2025,” thanks to its outstanding achievements in the distributed PV sector. This recognition reflects the industry’s strong affirmation of HY SOLAR’s product reliability, scenario adaptability, and full-chain synergy—while also acknowledging the company’s steady long-term development in the market.A Stronger Value ChainA Wider Product OfferingIn recent years, HY SOLAR has continued to strengthen its integrated full-value-chain system, ensuring product quality and supply stability from the source. In distributed applications, the HT series modules—known for high power output, high conversion efficiency, and low degradation—deliver stable and efficient clean-energy performance for both residential rooftops and commercial & industrial (C&I) roofs. As market demands become increasingly diversified, HY SOLAR has also expanded its product offeri

China’s National Forestry and Grassland Administration, the National Development and Reform Commission, and the National Energy Administration jointly released the “Three-North Desert, Gobi and Sandy Area PV-for-Desert-Control Plan (2025–2030)”. The plan sets an ambitious target: by 2030, the “Three-North” region will add 253 GW of new PV capacity and restore 10.1 million mu of desertified land. This milestone marks PV’s transformation from a supplementary energy source to a central pillar of China’s energy system—situated at the intersection of ecological restoration and clean power generation.But enabling PV systems to truly take root and perform reliably in deserts is no easy feat. Extreme temperature fluctuations, intense UV radiation, pervasive sandstorms, high-temperature degradation, and hotspot risks are all critical challenges that modules must withstand. Only products that have passed rigorous certifications and authoritative tests can operate stably in these environments. HT

On August 26, The Smarter E South America 2025 opened in São Paulo, Brazil. As a leading N-type integrated enterprise in the PV industry, HY SOLAR presented its full portfolio of wafers, cells, and modules. With the synergistic advantages of a vertically integrated value chain, the company brings efficient and reliable green energy solutions to the Latin American market. HY SOLAR Booth：B2.56The Smarter E South America is one of the most influential clean energy exhibitions in Latin America. It focuses on cutting-edge fields such as photovoltaics, energy storage, and green hydrogen, serving as a global platform for communication and collaboration. Leveraging this international stage, HY SOLAR deepened its market reach across Latin America, building trust and cooperation with overseas partners through its strong technological capabilities. Latin America: A Strategic Growth Hub In recent years, Latin America has become a strategic hub for global energy transition. As

As desert control and new energy base construction accelerate, the Shapotou Pasture-PV-Storage Integrated Project (Phase I) in Zhongwei, Ningxia has been successfully connected to the grid. Jointly built by HY SOLAR and Zhongneng Construction Investment New Energy Co., Ltd. of Zhongwei City, the project is located on the southeastern edge of the Tengger Desert. It stands as a landmark project integrating green energy with ecological restoration, with HY SOLAR supplying 508MW of high-efficiency modules.Project PhotoAs a “Desert Control Demonstration Project” of Ningxia Autonomous Region, the Shapotou Pasture-PV-Storage project breaks away from traditional single-use land patterns and pioneers an ecological cycle of “power generation above, sand fixation below, and grass cultivation in between.” While the solar panels harvest sunlight into a continuous stream of clean energy, drought-resistant grasses beneath thrive by utilizing water vapor condensed from daily temperature differences, g

Amid ongoing geopolitical tensions, Ukraine is grappling with unstable power grids and rising electricity prices. Local enterprises are accelerating the adoption of rooftop solar solutions, driving a growing demand for renewable energy. Recently, HY SOLAR supplied high-efficiency TOPCon modules to a commercial and industrial solar project in Kropyvnytskiy, Ukraine, with a total installed capacity of 338kW. Once completed, the project will deliver stable and clean electricity, helping the enterprise reduce costs, enhance operational efficiency, and strengthen energy resilience.Kropyvnytskyi, the capital of Kirovohrad Oblast, is centrally located in Ukraine. It serves as a critical transportation hub connecting the country’s north-south and east-west corridors, and is home to a concentration of manufacturing and logistics industries. In today’s complex and evolving energy landscape, developing renewable energy is not only key to achieving sustainability goals but also a pragmatic solutio

Recently, HY SOLAR partnered with a local Bulgarian distributor to supply approximately 1MW of high-efficiency PV modules for residential rooftop projects. Supported by the EU’s Recovery and Resilience Facility, this project aims to enhance household energy independence and accelerate the adoption of green, low-carbon lifestyles. In this sun-drenched nation, clean energy is taking root from the rooftops—seamlessly integrating into daily life and powering a sustainable future for thousands of families.According to data released by industry organizations such as SolarPower Europe, the EU’s cumulative installed solar capacity reached 334GW by the end of 2024, ranking among the top globally. Building on this momentum, the EU has further strengthened its climate ambitions by proposing a legally binding target to reduce net greenhouse gas emissions by 90% by 2040 compared to 1990 levels—accelerating the path to carbon neutrality. Clean energy, especially residential distributed PV systems, h

Recently, HY SOLAR’s HT series high-efficiency modules were successfully deployed at the rooftop distributed PV project of Xizi (Zhuji) New Energy Equipment Co., Ltd. As a key part of Xizi Clean Energy’s “Zero-Carbon Manufacturing Base”, the project leverages green energy to empower intelligent manufacturing, injecting strong momentum into the development of a low-carbon, sustainable production system.5.19MW C&I Rooftop Solar Power ProjectDriving Decarbonization with Practical ActionXizi Clean Energy has long been a pioneer in China’s energy conservation and emission reduction sector. Since the establishment of China’s first national-level waste heat boiler research institute in 1978, the company has remained committed to advancing industrial green development. Under the “30·60” dual carbon goals, Xizi continues to accelerate the deployment of zero-carbon factories and actively promotes the construction of “zero-carbon parks.” This project at the Zhuji manufacturing base is a vivid ex