Shanghai H-Ray Shines at the 2024 Asia-Pacific Hydrogen Energy Summit in Australia

Amidst the global wave of energy transition, hydrogen energy, as a clean and efficient energy carrier, is gradually becoming a vital component of the future energy system. On September 12-13, 2024, Shanghai H-Ray S&T Co., Ltd. made a remarkable appearance at the Asia-Pacific Hydrogen Summit & Exhibition in Brisbane, showcasing its advanced hydrogen energy technologies and products, and adding a splendid touch to this international event.

I.Australia's Hydrogen Energy Market: Unlimited Potential, PEM Water Electrolysis Leading the Future

Australia, a land blessed with abundant natural resources and advanced technology, boasts a hydrogen energy market of immense potential, emerging as a new hotspot in the global hydrogen industry. With the increasing demand for clean energy and the push of environmental policies, Australia, particularly Queensland and New South Wales, is actively deploying strategies in hydrogen production, storage, and application. The region's rich renewable energy resources provide a solid foundation for the development of hydrogen energy. Concurrently, both the government and enterprises are ramping up investments in hydrogen energy projects, striving to build a sustainable hydrogen energy industry chain.

During the conference, Australia unveiled its latest National Hydrogen Strategy. Australian Minister for Climate Change and Energy, Chris Bowen, and German State Secretary at the Federal Ministry for Economic Affairs and Climate Action, Anja Hajduk, signed a bilateral agreement under the H2Global mechanism today, committing a joint investment of AUD 660 million in Australian hydrogen projects. This joint funding will be provided over the next decade to support new commercial supplies and facilitate entry into the European market through guaranteed offtake agreements. Additionally, the government will offer approximately AUD 8 billion (USD 5.4 billion) in incentives over the next ten years, which is expected to unlock AUD 50 billion in private investment. This initiative will enable the annual production of at least 500,000 tonnes of renewable hydrogen, with a minimum of 200,000 tonnes earmarked for export by 2030.

II.Shanghai H-Ray: Exhibition Highlights and Product Strength

At the Asia-Pacific Hydrogen Summit & Exhibition in Brisbane, the booth of Shanghai H-Ray S&T Co., Ltd. became a focal point of attention.

The core technology and team of Shanghai H-Ray originate from the Shanghai Advanced Research Institute of the Chinese Academy of Sciences and are composed of top-tier professionals from Fortune 500 companies in the hydrogen energy sector. By tapping into the market demand for green hydrogen, the company facilitates industry-academia collaboration and the transformation of scientific achievements into practical applications. Its efficient market-oriented mechanism further enhances the integration of industry, academia, and product development. Although H-Ray is a startup established just two years ago, it has already developed its own Ryzer product brand through the research, mass production, and testing of key components for PEM water electrolysis, including membrane electrodes, bipolar plates, coatings, and stack seals. The company is currently accelerating the production and supply of its integrated skid-mounted PEM hydrogen production systems. These products embody H-Ray's innovative technology and exceptional quality, showcasing the company's strong capabilities in the hydrogen energy sector.

As a critical component for hydrogen conversion, H-Ray's membrane electrodes utilize advanced materials and manufacturing processes, offering high activity, stability, and longevity. The low precious metal membrane electrodes achieve high efficiency at 1.71 V@1.5 A/cm² and 1.80 V@2.0 A/cm², with a minimal voltage difference of only 8 mV, demonstrating a clear advantage over similar products. Through continuous corporate R&D and innovation, H-Ray's PEM hydrogen production equipment has achieved industrial-grade performance and long-term durability. Their excellent performance effectively enhances hydrogen production efficiency and reduces energy consumption.

The electrolyzer is the core equipment for PEM water electrolysis hydrogen production. H-Ray's electrolyzers feature a unique design, incorporating efficient electrode structures and advanced materials, offering the advantages of low energy consumption and high output. The PEM hydrogen production system integrates core components such as membrane electrodes and electrolyzers, providing users with a convenient and reliable hydrogen production solution through intelligent control and management.

H-Ray's 250 Nm³/h large-scale industrial-grade stack has a rated power consumption of 4.1 kWh/Nm³.H₂. Its high efficiency, consistency, and pressure characteristics have been validated by the market and have earned the trust of customers. The Ryzer series PEM water electrolysis systems from Shanghai H-Ray offer customized "integrated PEM hydrogen production solutions" for clients. The hydrogen production capacity ranges from 2 Nm³/h to 1000 Nm³/h, with a hydrogen purity of up to 99.999% and an outlet pressure of 3.5 MPa. The operational range is 10%-120%, with cold and hot start times of 20 minutes and 3 seconds, respectively, perfectly aligning with the vision of "green hydrogen production from renewable energy." Currently, the Ryzer series products have obtained certifications such as ASME, DEKRA, and CE.

In addition to product displays, Mr.Dalin Hu, Vice President of H-Ray, delivered a live presentation and professional explanation at H2 HIGH TECH about Shanghai H-Ray's small and medium-sized PEM hydrogen production systems based on distributed energy design. According to Mr. Hu, Shanghai H-Ray's Ryzer-CB cabinet-style PEM electrolysis system and Ryzer-CC containerized PEM electrolysis system both feature wide power fluctuation tolerance, high dynamic response, high current density, low stack energy consumption, an outlet pressure of up to 3.0 MPa, and a hydrogen purity of 99.999%. These systems are perfectly suited for distributed hydrogen applications. The staff enthusiastically introduced the company's products and technologies to visitors, addressing their questions and providing a more intuitive understanding of the application prospects of hydrogen energy and H-Ray's technical capabilities.

III. Strengthening International Cooperation and Deepening the Australian Market

As a high-tech enterprise focused on hydrogen energy technology research and application, Shanghai H-Ray Technology Co., Ltd. has always been committed to advancing the development of the hydrogen energy industry. Participating in the Asia-Pacific Hydrogen Energy Exhibition in Brisbane has provided the company with a deeper understanding of the Australian market. In the future, H-Ray plans to strengthen cooperation with local Australian enterprises and institutions to jointly develop and construct hydrogen energy projects.

The company will leverage its technical advantages and innovative capabilities to explore hydrogen energy solutions tailored to the Australian market in collaboration with local partners. Through technical exchanges and cooperation, H-Ray aims to continuously improve product performance and service quality, making greater contributions to Australia's clean energy initiatives. At the same time, the company will promote the successful experiences gained in Australia to other regions worldwide, achieving mutual benefits and contributing to the global development of the hydrogen energy industry.

Shanghai H-Ray Technology Co., Ltd.'s outstanding performance at the Asia-Pacific Hydrogen Energy Exhibition in Brisbane showcased the strength and excellence of Chinese hydrogen energy enterprises. It is believed that in the future, H-Ray will continue to uphold the principles of innovation, cooperation, and mutual benefit, driving the advancement and application of hydrogen energy technologies and making even greater contributions to global energy transformation and sustainable development.