On June 10, the Phase I rooftop distributed PV smart carport project at Qiangli Jucai Industrial Park officially commenced. Representatives from all involved parties—including the developer Qiangli Jucai, the construction contractor Magnificence Construction Engineering, and the design institute CECI 11th Design Institute—gathered on-site to witness the launch of this green energy project. Located on the rooftop parking lot of the new Qiangli Jucai Industrial Park, the project adopts an integrated BIPV solution, with a total installed capacity of 3.596 MW. Operating under a “self-consumption with surplus power fed to the grid” model, the project is expected to generate approximately 3.9 million kWh of electricity annually, with total revenue over a 25-year lifecycle projected to reach RMB 75 million. The system is scheduled to be grid-connected by the end of July and undergo final acceptance in August. At the groundbreaking ceremony, Mr. Liu Wei, the project leader from Qiangli Jucai, emphasized: “We must adhere to safety first, quality as the foundation, and compliance with transparency. In our pursuit of the‘High-Quality PV Project Award,’ we will strengthen process management and work together to make this rooftop PV carport project a long-lasting, benchmark project under the sun!” Mr. Lian, a representative from construction contractor Magnificence Construction Engineering, congratulated Qiangli Jucai on the successful commencement of the project and made a firm commitment:“To ensure safe, high-quality, and on-time delivery, we will assemble an elite team, with safety control as the cornerstone and on-schedule delivery as the goal. We will strictly follow standardized operating procedures to deliver a premium project that stands the test of time.” Mr. Zeng Haiyong, President of the 11th Design Institute, also remarked that a full-cycle quality management system would be established, and strict compliance with implementation standards would be enforced. Design team will closely collaborate with Qiangli Jucai and Magnificence Construction Engineering to conduct joint technical research, develop standardized solutions, fulfill safety responsibilities, and accumulate transferable engineering experience.” Adopting BIPV technology to build a smart PV carport represents an innovative fusion of functional space and sustainable value. The BIPV system deeply integrates solar panels into the carport structure, achieving "dual-use" functionality—providing shade and shelter while transforming unused space into a sustainable energy asset, directly supporting EV charging needs.  This “spatial value-add + energy transition” model presents an ideal low-carbon solution for commercial and industrial applications. The BIPV smart carport redefines the role of traditional parking areas by transforming them into energy-generating units. It enables self-consumption of clean electricity, reducing operational power costs and creating long...

On May 28, the unveiling ceremony and collaboration symposium for the jointly established "Jimei University Graduate Student Workstation" by Huge Energy and Jimei University was grandly held at Huge Energy. Executives from Jimei University, the Jimei District New Energy Industry Alliance, and Huge Energy attended the event and jointly unveiled the workstation plaque. Both parties engaged in in-depth discussions on talent cultivation, research collaboration, and tackling core technological challenges through the workstation, and reached several innovative agreements on cutting-edge photovoltaic technologies. At the signing ceremony, Chairman Lai extended a warm welcome to the leadership team from Jimei University and pledged that the company would fully invest resources to support the development of the graduate workstation. He expressed hope that the collaboration would spark new momentum for the company. Professor Wang from Jimei University also stated that the university would leverage its disciplinary strengths and talent resources to deepen its cooperation with the enterprise, provide a practical growth platform for graduate students, jointly overcome technological challenges, and promote the iterative upgrading of the PV  industry. Huge Energy has been deeply engaged in the PV sector, with its products and technologies widely applied in numerous large-scale solar projects both domestically and internationally. Through the co-establishment of the graduate student workstation, the university can achieve a deep integration of educational theory and practical application, breaking down the barriers between academia and industry. The workstation will promote closer alignment between educational research and real-world needs, accelerate the transformation of scientific research into practical applications, and cultivate high-caliber talents with strong theoretical foundations and practical skills. As a crucial platform for driving technological breakthroughs and the practical application of research results, the graduate student workstation enables the sharing and complementation of technology, talent, and resources. Huge Energy will refine research topics based on its technical needs and, by deepening industry-academia collaboration and cultivating a strong talent pipeline, will enhance its core competitiveness. Meanwhile, the joint effort will focus on "green photovoltaic power generation" and use R&D to drive innovation, continuously strengthening Huge’s technical edge and supporting its long-term development. The unveiling of this workstation marks a significant milestone in talent training and scientific collaboration between Huge Energy and Jimei University. It lays a solid foundation for deepened cooperation, and with joint efforts, both sides are expected to achieve high-quality development while continuously injecting innovative vitality into the photovoltaic industry and contributing wisdom and strength.

On May 22, the 6MW distributed solar project at Haikong Special Glass Technology Co., Ltd in Huizhou, Guangdong, invested by Huge Energy and contracted by its subsidiary Magnificence construction engineering under an EPC framework, was successfully connected to the grid. Thanks to the project team’s efficient collaboration, construction was completed in just over 50 days. This green power plant is expected to generate 6 million kWh of electricity annually and reduce carbon dioxide emissions by over 5,500 tons each year, injecting new momentum into the park's low-carbon transformation. Huge Energy’s solar mounting system for metal rooftops utilizes high-strength, corrosion-resistant aluminum profiles. Its lightweight design reduces the load on the roof while offering strong protection against extreme weather such as typhoons and heavy rain. The customized metal roof clamps ensure a tight fit with the roof without penetrating the waterproof layer, making installation simple and convenient. Additionally, the mounting system incorporates a "thermal insulation and efficiency enhancement" concept by optimizing the distance between the solar modules and the roof to create a natural ventilation layer, effectively lowering indoor temperatures, reducing air-conditioning energy consumption, and achieving both power generation and energy-saving benefits. The Magnificence construction engineering team scientifically planned the tilt angles and spacing of the solar modules, deploying a customized installation plan to maximize the use of the metal rooftop. During construction, the team overcame challenges such as a tight schedule, complex roof structures, and weather disruptions. Through refined project management and multi-phase coordination, they ensured steady progress, passed inspection on the first attempt, and successfully connected to the grid. The project operates under a “self-consumption with surplus power fed into the grid” model, realizing direct supply of green electricity to the factory and hierarchical energy utilization, thereby building a green production system. The successful grid connection of this project is a vivid demonstration of Huge Energy’s dual-driven strategy of “technology + service.” From high-efficiency mounting systems to customized solutions, from scientific construction management to comprehensive quality control, the project team delivered on its green promise with professional expertise. Guided by China’s "dual carbon" goals, Huge Energy will continue to adopt a more open approach, collaborating with more enterprises to illuminate a green future with clean energy and accelerate the transformation of China's energy structure toward low-carbon and intelligent development.

From May 7 to 9, the global PV industry event, Intersolar Europe 2025, grandly opened in Munich, Germany. Huge Energy made an impressive appearance with a variety of core products and cutting-edge PV system solutions. With its professional technical capabilities and efficient services, the company attracted numerous industry experts and visitors, becoming one of the most popular highlights of the exhibition. As a professional supplier of PV mounting systems deeply engaged in the European energy market, Huge Energy showcased its core competitiveness in "technical precision" and "scenario adaptability". Through modular design and aesthetic integration solutions, the company precisely covers diversified application scenarios such as rooftops and ground installations, providing all-scenario, one-stop PV system solutions for European commercial, residential, and large-scale ground power plants. Scenario-Based Innovation Lights Up Solar Energy Across Europe Addressing Europe's complex environments and diverse needs, Huge Energy launched customized solutions: Rooftop Ballast Systems: Featuring a unique buckle design for easy installation and outstanding performance, supporting quick installation across various scenarios including cement and metal rooftops. It ensures structural stability and safety while significantly reducing construction risks and time costs. Ground Mounting Systems: Utilizing premium C-profile steel with galvanized anti-corrosion treatment for durability. The modular design adapts to various terrain conditions, balancing cost-effectiveness and environmental adaptability, helping customers reduce costs and increase efficiency. Breaking Installation Barriers and Empowering a New Era of Zero-Carbon Energy In response to the accelerated energy transition in Europe, Huge Energy drives product iteration and upgrades based on market demand: Intelligent Tracking PV Mounting System: Equipped with advanced tracking algorithms to follow the sun’s trajectory in real time and adjust the bracket angle, maximizing solar energy capture and significantly improving PV power generation efficiency. Flexible Prestressed Cable-Supported Mounting System: With core advantages of up to 10 meters in height, 60 meters span, and wind resistance of up to 42 m/s, the system is certified by CPP & RWDI wind tunnel tests. It solves traditional issues such as large land occupation and difficulty in reuse. The north-south stability tie rods and anti-wind cables further enhance overall stability, ensuring structural safety under extreme weather. C-profile Steel Quick-Fit Clamps: No drilling required and unaffected by module width, clamps can be quickly installed with a simple 90-degree rotation, offering high flexibility and universal application, greatly shortening construction time. The purlins and bracing require no flange holes on upper and lower flange plates, significantly enhancing purlin stability and bending resistance. H...

On March 22nd, a groundbreaking ceremony was held for the 6MW distributed PV power generation project of HAIKONG SGT in Huizhou, Guangdong Province, which was invested by Huge Energy and undertaken by its subsidiary, Magnificence Construction Engineering, as the EPC contractor, marking the official commencement of the project. Representatives from Huge Energy, Magnificence Construction Engineering team, project leaders and other parties gathered together to witness this milestone moment. Guangdong Haikong Special Glass Technology Co., Ltd (HAIKONG SGT) is a high-tech enterprise focusing on the production of architectural safety and energy-saving glass and special glass, with a large average daily electricity consumption in its modernized factories and production bases. After the completion of the distributed PV power plant, it is expected that the average annual power generation is about 6 million kWh, and the average annual carbon dioxide emission reduction is about 5,500 tons. The “self-generation and self-use, surplus power to the grid” mode of electricity consumption will significantly lower the enterprise's electricity costs, reduce the dependence on traditional energy sources, and support the optimization and upgrading of its energy structure. This initiative marks a solid step forward in energy conservation, emission reduction, and green transformation. Huge Energy has been deeply engaged in the PV industry for many years, and has accumulated rich industry experience. Its product line covers a wide range of products with excellent quality, which can meet the application requirements in different scenarios. The company has a strong design and R&D team, which can provide customers with customized solar mounting system solutions to ensure that each project can accurately match the needs and be implemented smoothly. In terms of delivery, Huge Energy's efficient production process and well-established logistics system ensure that the products can be completed on time, with high quality and in the required quantities, earning widespread praise and trust from customers. As the EPC general contractor of the project, Magnificence Construction Engineering leverages its rich practical experience and strong construction advantages to provide all-round technical support and service guarantee for the project. It has a highly skilled and experienced construction team, which is able to maintain efficient construction under the complex and changing environment, ensuring the smooth progress and high-quality delivery of the project. The successful implementation of the 6MW distributed PV power generation project of HAIKONG SGT in Huizhou, Guangdong Province will not only bring significant economic and social benefits to the enterprise, but also inject a strong impetus to the development of Huge Energy and Magnificence Construction Engineering In the future, Huge Ene...

From March 5th to 7th, Huge Energy showcased its various high-efficiency and highly stable PV mounting system solutions to the Italian THE KEY ENERGY 2025, highlighting the unique charm of Chinese PV industry in the city of art, Rimini. The exhibition brought together over 1,500 exhibitors and more than 120,000 visitors. Italy is located in southern Europe, enjoying a superior geographical location of the Apennine Mountains and the Mediterranean Sea. It is bathed in abundant sunshine all year round and is a country with extremely rich solar energy resources. Huge's R&D team gained in-depth insight into user needs and successfully developed a full-scenario PV mounting system solution suitable for Italy, which received widespread acclaim from attendees and generated a highly enthusiastic response on-site. Huge Energy rooftop solar mounting system is specifically designed for European flat roofs and small balconies, combining stability, wind resistance, and power generation efficiency. The system is made of robust yet lightweight AL6005-T5/Q235/Q355 aluminum profiles with anodized surfaces that are resistant to galvanic coupling corrosion and natural corrosion. The modular design greatly saves on-site installation time and costs. Huge Energy's solar ground mounting system not only utilizes high-quality aluminum alloy but also incorporates carbon steel materials. The C-profile steel structure is galvanized for durability, while the back features strip-shaped mounting holes for easy adjustment. The high degree of pre-assembly simplifies the installation process, reducing labor costs and enhancing environmental adaptability. The "main attraction" of the exhibition is the flexible solar mounting system. As a new type of mounting system first displayed by Huge Energy in the European and American markets, it can withstand wind speeds of up to 42 m/s with a large span of nearly 60 meters and a high headroom of 10 meters, making it a perfect match for agricultural elevated PV projects such as olive groves and vineyards, which are widely planted in the Italian mainland. The unique structural design of the prestressed cable applies specific tension to the system to meet the needs of PV module laying. The upper two parallel arranged module cables play the role of supporting and fixing the modules, the lower one load-bearing cable is connected with the module cables in the same direction at the bottom of the stabilizing tie rod. Through the design of the load-bearing cable and the module cable's tension stress and other related designs, the disturbance of the module cables can be effectively controlled and the resistance to external loads such as wind and snow pressure can be improved. The system has cooperated with the international authority CPP&RWDI wind engineering laboratory, and has undergone structural verification and calculations by esteemed university professors. The support structure is stable and can b...

On February 28, the "Fujian Member Enterprise Gathering and New Energy Industry Development Seminar" organized by the New Energy Chamber of Commerce of the All-China Federation of Industry and Commerce (ACFIC) was successfully held in Xiamen, Fujian. This grand event brought together numerous member companies and industry leaders to discuss cutting-edge trends and development opportunities in the new energy sector. In the afternoon, key representatives, including Shi Limin, Executive Deputy Secretary-General of the New Energy Chamber of Commerce of ACFIC, Li Shuai, Director of the Membership Department of the Low Carbon Special Committee, and enterprise executives such as Liao Zhinan, Vice President of Fujian Member Enterprises and Chairman of Lester (Xiamen) Co., Ltd., along with Liu Yahui, Marketing Director of Xiamen Ampace Technology Co., Ltd., gathered at Huge Energy to collaborate on the high-quality development of the new energy industry. The delegation was warmly welcomed by Huge Energy's Chairman, Lai Hongze, Greater China Deputy General Manager, Wang Qiaojun, and other senior executives. During the seminar, Huge New Energy's leadership provided an in-depth presentation on the company's core culture, technological strengths, and future strategic plans. As a council member of the association, Huge Energy has established a strong industry presence with its deep technical expertise and forward-thinking innovation. From its initial development of mounting brackets to the current comprehensive solar mounting system solutions, Huge Energy has continuously overcome technical challenges to achieve more efficient and stable solar mounting systems, contributing significantly to global energy structure optimization and carbon emission reduction. The New Energy Chamber of Commerce of ACFIC serves as a key driver of industry development, committed to fostering the prosperity of the new energy sector. It plays a leading role in policy guidance, industry standards, and enterprise empowerment. By providing a platform for exchange and cooperation, the chamber creates valuable opportunities for member enterprises to collaborate, deepening mutual understanding and trust while promoting industry integration and innovation. After the seminar, the guests, accompanied by Huge’s senior executives, toured the company's bracket exhibition hall. From the sturdy and refined design of solar mounting structures to the highly efficient installation process, Huge Energy has demonstrated an unwavering commitment to quality and design excellence. This pursuit of perfection has earned the company widespread recognition and a strong reputation in the market. Amidst the historic opportunities brought by the global energy transition, Huge Energy remains committed to its core values of "innovation-driven, green development." With an open approach, the company seeks comprehensive collaboration with enterprises across the entire industry chain. By integratin...

From February 19th to 21st, the PV EXPO 2025in Japan was successfully held at Tokyo Big Sight International Exhibition Center. As an industry-leading company, Huge Energy made a strong appearance at the exhibition, showcasing its diverse solar mounting system solutions specially developed for the Japanese market. In the face of Japan's scarcity of land resources and the urgent need for energy transition, Huge Energy, with its deep technical expertise and extensive localized service experience, focused on demonstrating the outstanding performance of its mounting systems in extreme environments such as earthquakes and typhoon resistance, attracting a large number of attendees to stop by and visit. Huge Energy has been developing the Japanese market for over a decade. Its agrivoltaic mounting system, after continuous research and development as well as improvements, has become a fully mature product. Made of high-precision aluminum alloy materials, the system ensures both durability and aesthetic appeal. At the same time, the modular design significantly enhances installation efficiency and shortens project timelines, thereby bringing considerable dual benefits in terms of time and cost to users. Huge energy vertical solar mounting system is specially optimized for environmental adaptability, allowing it to easily accommodating Japan's complex terrain, such as steep slopes and ravines, and efficiently utilize land space. The system's highly vertical installation design helps prevent snow accumulation in extremely cold regions and seasons, minimizing power generation losses. The overall design is robust, compact, waterproof, and moisture-resistant, enabling the effective integration of PV power plants with agriculture and realizing the application of "PV+". Not only that, Huge Energy tilt ground solar mounting system also attracted much significant on the site. This mounting system features excellent corrosion resistance and high compatibility, effectively withstanding the onslaught of harsh weather conditions such as wind, frost, rain, and snow. On the basis of meeting various tilt angle changes, it ensures strong load-bearing capacity, achieving a perfect balance between ease of installation and safety. This provides users with a more efficient and secure installation experience. This exhibition is not only a demonstration of Huge Energy's technical achievements but also a profound exploration of the future direction of energy development. Against the backdrop of the global energy transition, Huge Energy will continue to drive innovation, increase investment in research and development, and strive to introduce more high-quality products that meet market demands,so as to contribute to the optimization and development of global green energy.