RELEASE: Shanghai Electric Provides Industry Briefing at 7th Global Offshore Wind Summit

SHANGHAI, Nov.

RELEASE: Shanghai Electric Provides Industry Briefing at 7th Global Offshore Wind Summit

SHANGHAI, Nov. 18, 2022 /PRNewswire/ -- The 7th Global Offshore Wind Summit was held in Hainan Province, China from November 10 to 12, and was organized by Shanghai Electric Wind Power Group Co., Ltd. The company's president, Miao Jun, delivered a speech on industry developments at the opening ceremony. This year's event, which was themed "Enhancing Innovation-Focused Efforts to Promote the Smooth and Orderly Development of Offshore Wind Power," brought together world leaders and industry peers to discuss energy development opportunities. offshore wind around the world, provide information on policies that support the sector, identify the latest trends in technology and delve into the direction of the industry.

Miao said, "As one of the organizers of the forum and a benchmark company for the development of offshore wind power worldwide, Shanghai Electric is honored to provide an interactive platform for upstream partners and operators. and beyond where they can share their experiences as well as discuss expectations for the future of the industry. Shanghai Electric has accumulated a wealth of invaluable knowledge and experience. We hope to use the event to connect with industry partners and talk offshore wind market in a more rational way. We believe that in addition to initial capital expenditures, you also need to consider operating costs when contemplating wind power projects. In addition to reducing the amount of capital required , derivative businesses such as the expansion of our green energy business to the production of offshore wind hydrogen, j Along with seagrass development, offshore tourism and offshore agriculture can increase the profitability of projects and facilitate industry development."

The company has been taking a leading position in the industry, not only establishing the largest network of offshore wind power projects in China, but also initiating expansion into innovative, green and sustainable offshore power projects, including wind hydrogen production. offshore, ocean pastures, offshore tourism, and offshore agriculture. Shanghai Electric Wind Power Group Co., Ltd and Shenergy jointly invested in the Yangpu Shenergy - Shanghai Electric Wind Power Zero-carbon Energy Equipment Industry Project in Danzhou as part of their commitment to advance the development of an industrial chain of offshore wind power , and to explore a new multi-energy and multi-industry business model where offshore wind power, ocean current power generation and marine fishing, green energy hydrogen production, energy storage, tourism Offshore farming and offshore agriculture are integrated to provide more possibilities for the Clean Energy Island initiative.

Shanghai Electric Wind Power Group Co., Ltd has recently won the contract to supply the first integrated research and demonstration project of floating equipment for offshore wind power and fish farming, including equipment and towers. The innovative facility is located on the northeast side of Nanri Island in Putian, Fujian Province, with a water depth of about 35 meters. Led by Fujian Longyuan Offshore Wind Power Co., a subsidiary of China Longyuan Power Group, the facility will generate power through a floating wind turbine while operating a fish farm under the water's surface, maximizing the multi-spatial and multi-level utility of the platform structure. .

With a mission to provide technologically sophisticated total solutions, and in light of the complexity of the marine environment and the high cost of offshore wind power generation and maintenance, one of the main challenges to provide a comprehensive solution for wind turbines floating wind turbines is to guarantee their operational reliability in harsh conditions. The company not only makes it possible, but also optimizes the use of long-term wind energy by ensuring and verifying the safety and reliability of the system design. Achieving reliability begins with the preliminary design. Experiments are then performed to confirm reliability. Finally, digital operation and maintenance is implemented to further increase reliability.

Shanghai Electric Wind Power will continue to iterate and update its business models and application scenarios through technological innovation, as part of an overall move to integrate multiple energy sources, facilitate co-development with other industries, and contribute to a shared future of multiple industrial chains. The power provider will continue to test further model enhancements with the goal of delivering highly reliable and reliable end-to-end solutions for sustained progress as new "wind power" scenarios and applications become available as a result of technical advances and innovations.

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