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Sunwise signs a strategic agreement with Fengqingyang Technology

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

On 15 October 2021, Sunwise (hereinafter “Sunwise”) signed a strategic cooperation agreement with Wind Hydrogen Energy Technologies (Shanghai) Ltd. (hereinafter “Shanghai Hydrogen Technologies”) at Sunwise headquarters in Jiading District, New Energy Port.

Sunwise signs a strategic agreement with Fengqingyang Technology — original image

The signing ceremony was attended by the Chairman, Sunwise Gao Dingyun, the General Manager, Liu Shaojun, the Deputy General Manager, Yue Yu, the Chief of the Integrated Management Office, Huang Gang, the Chairman and General Manager, Liu Jun-yung, the Deputy General Director, Men Yong-go, and the Deputy Chief Engineer, Lee Yin-Shin, who signed on both sides ' behalf.

From 2019 to the present, Sunwise and wind-hydrogen technology have been working together in multiple scenarios such as 12m public transport, 3.5t forklifts, 50t port tire hangers, hydrogen fuel racing boats, etc. This contract foresees strong association between the two sides, upgrading from operational partners to strategic partners, and providing full-storage solutions for clients in the upstream areas of hydrogen supply, hydrogen station construction, hydrogen system development, etc., in the Shanghai region and other regions of the country where regional cooperation has been established to scale the whole industry chain of hydrogen ecological operations.

About Sunwise

Sunwise was established in 2004 as one of the first enterprises in the country to engage in hydrogen system research and development and in the construction and operation of hydrogen processing stations. In Shanghai, construction and autonomous operation of the Anting hydration station and the 3000 kg-grade hydrogen processing station in the Golden Mountain Chemical Region (currently the country's largest hydrogen-added mother station) was completed. The construction of the 1,000 kg-level hydrogen treatment station and the 5,000 kg-level heating station in the Yaingura suburb is planned (the largest hydrogen mother station in the country). The design, construction and operation of more than 50 hydrogen-added stations have been completed throughout the country, leading the country's leading global solution for hydrogen energy. After many years of development, Sunwise has acquired the core high-pressure hydrogen-filling technology, with the overall supply of solutions for system design and integration of core products and the provision of technical services.

About wind-hydrogen technology.

Founded in 2019, the company has developed a full range of development, testing and testing capabilities, from core parts to fuel cell systems and functional models, and has developed fuel cell vehicles in collaboration with a number of whole-car companies in the country to provide advanced fuel cell technology and complete power systems solutions for the development of rapid and diversified fuel cell application scenarios. The product system for the full power segment of 3kW-125kW has covered applications such as forklifts, buses, port machinery, trucks, ships, and thermoelectric supply.

On 8 June 2021, a new generation of fuel cell systems for wind-hydrogen technology - SINGULAR Euro, was officially launched on the spot at the Shanghai FCVC 2021 Congress, which combined the emergence of a transformative product with an understanding of industrial trends in fuel-cell systems and technological development paths to meet the need for hydrogen to be able to travel, load and use energy in a full-scale manner under the two-carbon target, providing reliable solutions with extensive commercialization, economic feasibility and rapid scale.

Sunwise signs a strategic agreement with Fengqingyang Technology — original image

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