Sunwise joins the Greater Bay Area Hydrogen Valley in the Guangzhou–Hong Kong Science and Technology Cooperation Park

This archived announcement has been translated automatically from Chinese. Names and technical wording may require editorial verification. Original artwork is preserved where applicable.

Source: Sunwise

On 28 August, the Bay Valley Project, a central area of the Harbour Cooperation Park, was successfully launched in Guangzhou, co-sponsored by the Guangzhou High New Zone Development Area Development Area, the Guangzhou Development Area Transport Development Group Ltd., the Guangzhou Industry Fund Investment Group and Yukawa Hydrogen.

Mr. Shanghai Sunwise, Chairman of Shanghai Sunwise, was invited to attend the event as the leading industry enterprise, and Mr. Gao Dingyun made a keynote presentation on the development, production and application of Guangzhou Sunwise Hydrogen Technology Ltd., which was co-financed by Sunwise and Hiroshi Yukawa Hydrogen Technologies and Technology Ltd., as the first enterprises to enter the Gulf-based Hydrogen Valley, building on the technological and resource advantages of the two Totos, of 35 MPa/70 MPa vehicles carrying products such as hydrogen systems and core pressurized hydrogen-added equipment for hydrogen-filling stations, and of cutting-edge technologies such as liquid hydrogen and membrane legal hydrogen, The gap in the chain of hydrogen energy industries in the South China region could be filled to facilitate the development of hydrogen energy clusters, pool of people and pool of funds for the rapid development of the hydrogen energy sector. Guangzhou Sunwise will focus on opportunities for the development of hydrogen energy in the Huang Po and Guangzhou development areas of Guangzhou City, combining the functional positioning and industrial layout of companies, looking for opportunities for corporate development in the field of hydrogen energy and promoting corporate innovation.

English edition of the original Chinese page. Historical statements, dates and figures are retained as published.