From August 3rd to 4th, the High tech Photovoltaic New Energy Storage Conference with the theme of "Photovoltaic Lithium Hydrogen Fusion, Joining the Energy Storage T Era" was successfully held in Suzhou. This meeting brought together outstanding corporate leaders, industry experts, and elites from the global new energy storage field, providing an important platform for promoting the development of the new energy field.
This conference is the first industry conference to connect the photovoltaic, energy storage, hydrogen energy, and intelligent manufacturing industry chains. More than 300 leading enterprises in the photovoltaic, energy storage, hydrogen, and intelligent manufacturing industry chain have gathered, and more than 20 investment institutions with the main investment direction in the new energy industry chain have participated in the meeting. The High tech Industry Research Institute (GGII) report on the optical hydrogen storage industry has been released for the first time in the industry, and it has been spread on four major platforms: high tech energy storage, high tech hydrogen power, high tech lithium power, and high tech robots, covering over 500000 users. The conference released the "2023 Blue Book for the Development of China's Electrolytic Water Hydrogen Production Equipment Industry". As a participating unit, Tianhe Yuanhydrogen attended the blue book release ceremony and made forward-looking predictions for the healthy development of the entire industry.
With the rise of green hydrogen projects, China's electrolytic water hydrogen production equipment industry is undergoing rapid changes, with new players constantly entering, diversified industrial routes, and accelerated iteration processes; The market competition is becoming increasingly fierce, and enterprises urgently need to establish their own brand, professionalism, and influence in segmented fields; Excellent enterprises have a greater responsibility to showcase excellent products and cases to the industry, while also gathering high-quality partners and customers more quickly. In order to help more enterprises and practitioners gain a deeper understanding of the current development status and future trends of the electrolytic water hydrogen production equipment industry, Tianhe Yuan Hydrogen and Gaogong Hydrogen and Electric jointly wrote the "2023 Blue Book for the Development of China's Electrolytic Water Hydrogen Production Equipment Industry". This blue book covers the entire industrial chain of the electrolytic water hydrogen production equipment industry, and provides an in-depth analysis of the current development status and future trends of the industry. Tianhe Yuanhydrogen has unique product advantages in the field of electrolytic water hydrogen production equipment. By participating in the writing of a blue book, it injects new energy into the entire industry.
At this conference, Shi Yong, Chief Engineer of Trina Solar Hydrogen, discussed with industry guests the direction and scale application strategy of improving electrolytic water hydrogen production equipment under the rise of green hydrogen projects, aiming to provide useful discussions for promoting the research and application of hydrogen energy industry. He stated that in recent years, the development of green electricity, green hydrogen coupling has become one of the important strategies to promote the transformation of clean energy. This development model can achieve flexible storage and utilization of renewable energy, becoming an important means to solve the volatility and discontinuity of renewable energy. Against the backdrop of the rise of green hydrogen projects, the electrolytic water hydrogen production equipment should focus on improving its performance and efficiency. One of the key issues in the current hydrogen production technology by electrolysis of water is high energy consumption and low efficiency, so its performance needs to be improved to a level comparable to or better than traditional energy. By optimizing the design and material selection of core components for electrolytic water hydrogen production, efficient energy conversion can be achieved, and the production capacity and economy of hydrogen production can be improved.
When discussing how to collaborate with downstream customers to quickly refine the core components and testing equipment of electrolytic water hydrogen production, Shi Yong mentioned that testing equipment plays a crucial role in collaborating with downstream customers and can help customers quickly refine hydrogen production solutions. In addition, in the development of green electricity and green hydrogen coupling, the large-scale promotion of hydrogen energy storage power generation faces some challenges and response strategies. Firstly, the construction and operation costs of hydrogen energy storage facilities are high, requiring significant capital investment. To address this challenge, relevant departments can reduce construction and operational costs through policy support, financial subsidies, and other means, attracting more investors to participate. Secondly, the commercialization process of hydrogen energy storage still faces issues such as maturity and safety. We need to strengthen research and innovation to improve the reliability and economy of hydrogen energy storage products. Strengthen safety management and standardized development to ensure the operational safety of hydrogen energy storage facilities.
Promoting the scale of hydrogen energy storage power generation also requires addressing the layout issues of hydrogen supply and energy storage stations. The construction and improvement of the hydrogen supply chain is crucial, and it is necessary to strengthen the collaborative connection of hydrogen production, storage, transportation, and other links. Policy support and energy market reform are also key to promoting the scale of hydrogen storage power generation. Establish a sound policy system, formulate corresponding support policies and measures, and provide market access, electricity price subsidies, and other support measures for hydrogen storage power generation. Overall, the new energy storage pattern of green electricity green hydrogen coupling development will gradually evolve with continuous policy support. Through efforts to reduce costs, improve industry maturity, and improve supply chain and market environment, the large-scale promotion of hydrogen storage power generation will usher in a broader prospect. Tianhe Yuanhydrogen has been deeply involved in the research and application of emerging hydrogen energy products, actively playing its role in promoting the development of the hydrogen energy industry and creating a green ecological environment. Tianhe Yuanhydrogen hopes to create a global sustainable green energy industry chain, promote the large-scale application of green hydrogen through continuous innovation, and collaborate with downstream partners to explore a new energy storage future for the coupled development of green electricity and green hydrogen.
At the award banquet, Tianhe Yuanhydrogen stood out from many excellent enterprises in the new energy industry chain and was awarded the "2023 New Energy Pioneer" award. This recognizes the outstanding performance of Tianhe Yuanhydrogen in green energy, as well as its outstanding performance in research and development, product innovation, and market expansion. It affirms the achievements of Tianhe Yuanhydrogen in hydrogen energy technology development and new energy industry development. This award is of great significance to Trina Solar Hydrogen, as it not only recognizes its past efforts, but also serves as a driving force for its future development. It further consolidates Trina Solar Hydrogen's reputation and brand image in the industry, and enhances the trust and recognition of customers and partners.
As a leading enterprise in the new energy field, Tianhe Yuan Hydrogen will continue to focus on hydrogen energy innovation and the development of the new energy industry. By continuously promoting research and product innovation, it will further enhance its competitiveness in the new energy field. By strengthening cooperation with customers and partners, we will jointly promote the development of the new energy market, continuously break through the boundaries of innovation, explore broader markets, and promote the high-quality development of the new energy industry.
