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

As China’s dual carbon goals gain momentum and the integrated development of “generation-grid-load-storage” accelerates, photovoltaics are rapidly expanding into more complex and diverse environments—ranging from marine surfaces to deserts and highways. These emerging scenarios impose increasingly stringent requirements on module performance, reliability, customization, and lifecycle durability.To meet the diverse demands of segmented markets, HY SOLAR unveiled three specialized HT series modules at the 2025 SNEC exhibition—anti-dust, anti-glare, and marine-specific modules. With targeted upgrades in materials, structure, and manufacturing processes, these modules offer tailored solutions that enable customers to achieve stable and efficient green energy generation, even in the most challenging environmentsAnti-Dust Module: Lower O&M, More Stable OutputIn regions frequently exposed to sandstorms and heavy dust pollution, surface soiling can significantly block sunlight, lower energy yi

At Intersolar Europe 2025 in Munich, Germany, Julia Pohl, Director of Research Operations at EUPD Research, conducted an interview with Tony Hu, Sales Director Europe at HY SOLAR. They had an in-depth discussion on market opportunities in Europe, HY SOLAR’s regional strategy, and future expansion.As a key driver of the global green energy transition, Europe holds vast market potential. HY SOLAR will continue to view Europe as a core strategic hub — strengthening channel partnerships, enhancing its service network, and deepening brand influence. Through integrated and reliable PV solutions, the company is committed to supporting Europe in accelerating energy independence and the shift toward clean energy.

As the global energy transition accelerates toward a greener, low-carbon future, photovoltaic deployment is expanding from land to the vast and untapped potential of the seas. Offshore PV is emerging as a new frontier in clean energy thanks to abundant sunlight and immense development prospects. Yet, behind these promising opportunities lie extreme environmental challenges—high humidity, salt mist, corrosion, and continuous waves—that pose unprecedented demands on solar modules.How can PV systems achieve long-term stable operation and scalable clean energy output under such harsh conditions? HY SOLAR focuses on offshore PV applications, enhancing everything from material protection to rigorous certifications and energy output performance. Our modules are engineered for superior durability and adaptability, delivering clean energy that shines steadily across the vast blue seas.Superior Salt Mist Resistance for Harsh EnvironmentsDouble-coated glass / Enhanced frame anodization / High-res

Expansive mountainous and hilly regions, with their abundant solar resources and vast development potential, are becoming key areas in the global expansion of green energy. However, compared to flat terrains, PV projects in mountainous areas face a range of challenge—complex topography, large temperature swings, and harsh weather conditions.

On May 7, the highly anticipated global solar event—Intersolar Europe 2025—opened grandly at Messe München in Germany. As one of the most influential professional exhibitions in the global PV industry, the event brought together top-tier solar companies and industry experts to explore the future of Europe’s energy transition and localized industrial development. HY SOLAR presented its wafers, cells, and module products at the event, offering high-efficiency solutions that showcase its innovation-driven practices in supporting the development of Europe’s PV industry through China’s intelligent manufacturing.HY SOLAR Booth: A2.139Intersolar Europe : A Global Stage for Energy InnovationThis year’s Intersolar Europe arrives at a critical juncture in Europe’s evolving energy strategy. Driven by the pursuit of energy security, carbon neutrality, and industrial reshoring, the European solar market is undergoing profound structural shifts and facing unprecedented opportunities and challenges.