Views: 3 Author: Site Editor Publish Time: 2026-03-11 Origin: Site
Recently, a delegation from Thailand’s Provincial Waterworks Authority (PWA), Provincial Electricity Authority (PEA), and related institutions visited China for an exchange on the new energy industry. As part of the visit, the delegation traveled to Zhangjiagang, Jiangsu Province, to tour the rooftop PV-hydrogen project jointly developed by ZNSHINE Solar and Guofu Hydrogen. The visit aimed to gain deeper insights into China’s achievements and practical experience in photovoltaic development and renewable energy applications, while further strengthening exchanges and cooperation between China and Thailand in the clean energy sector.
During the discussions, ZNSHINE Solar presented its technological strengths and project experience in PV module manufacturing, system solutions, and diversified photovoltaic applications. With years of expertise in the solar industry, ZNSHINE Solar continues to advance high-efficiency module technologies and innovative system integration solutions. Its products are widely deployed across commercial and industrial rooftops, utility-scale solar plants, agrivoltaic projects, and fishery-solar hybrid systems, with project experience spanning numerous countries and regions worldwide.
The delegation focused on visiting the rooftop PV project in Zhangjiagang. By fully utilizing factory rooftop space, the project deploys a distributed photovoltaic system that supplies stable and clean electricity for industrial operations and related energy applications, improving energy efficiency while supporting green development. The project is also integrated with hydrogen production scenarios and equipped with an energy storage system, providing stable and reliable power for hydrogen generation. It is regarded as one of China’s leading distributed PV-hydrogen demonstration projects of its kind. By combining photovoltaic power generation with real energy consumption scenarios, the project not only helps reduce energy costs for enterprises but also supports carbon reduction and the advancement of green manufacturing.
Throughout the project development process, ZNSHINE Solar delivered a comprehensive renewable energy system solution. From early-stage system planning and design to equipment configuration and project implementation, the company leveraged its mature technical expertise and extensive project experience to ensure smooth execution and reliable performance. With optimized system design and high-quality PV modules, the project demonstrates strong performance in power generation efficiency, system stability, and long-term operational reliability.
During the visit, the Thai delegation showed strong interest in the rapid development, technological innovation, and large-scale deployment of China’s photovoltaic industry. They also spoke highly of ZNSHINE Solar’s capabilities in PV system development and project execution. Both sides held in-depth discussions on the application of solar power in industrial parks, power infrastructure, and other energy scenarios.
In recent years, ZNSHINE Solar has continuously expanded its presence in Southeast Asia, particularly in Thailand, where the company has already participated in several photovoltaic projects. Through high-efficiency modules and reliable system solutions, ZNSHINE Solar continues to support the development of clean energy in the region, laying a solid foundation for deeper cooperation and technical exchange in the future.
As the global energy transition accelerates, renewable energy sources such as solar power are playing an increasingly important role in driving low-carbon development. ZNSHINE Solar stated that it will continue to focus on technological innovation and product advancement, further improving the performance of PV modules and system solutions while promoting the application of solar energy across a wider range of scenarios. The company will also strengthen international collaboration and work with global partners to advance clean energy development and contribute to a greener and more sustainable energy future—making green electricity more efficient.
