A ceremony to mark the beginning of work on the Japanese national project “floating form of offshore wind power research” took place not too long ago at the port of Fukushima Onahama. the project of floating form offshore wind platforms that are mounted on 20 kilometers outside of port onahama, which was shipped from chiba of 2mw wind power equipment, will be combined with the 66kv substation floating body binding that was shipped from yokohama, and it has just recently become officially operational and is generating electricity. This project is being worked on by the National Shipbuilding and Shipbuilding Corporation (nssc), the Japan Marine United Company (jmu), Mitsui Shipbuilding, and a total of ten other businesses, as well as the University of Tokyo. The National Structural Steel Company (nssc) is largely accountable for the development of high-performance steel. For the project of 2 megawatts of floating form offshore wind generating equipment, a high strength plate of 2000 tons is required. In the field of ocean energy steel, nssc is able to make use of the shipbuilding plate processing technology, which allows for the company to achieve high welding workability while simultaneously reducing costs, fully considering the impact of wind wave adaptability, and developing new steel materials. Each machine needed 3,000 tons of plate, with wire and rod entirely installed around 20,000 tons, and the project is anticipated to start 7wm floating form of wind power projects in the following year. In order to satisfy the structural requirements of maritime wind power, new materials for the world’s biggest offshore wind power equipment needed to have both the performance of high strength and high toughness. In the process of offshore wind power becoming more popular, the production cost is also extremely essential; as a result, it must fiercely reduce costs while ensuring that it continues to provide great performance. In the meanwhile, anyone working on offshore construction must take into account the prevailing weather. To reduce the amount of time needed for construction, the performance of steel welding should be significantly improved, as should its workability. Steel’s strength comes from its ability to withstand the elements, particularly wind and water. Since the installation of seabed fixed wind power needs more steel, the prospects for the worldwide offshore wind power industry are improving. Britain is investigating the possibility of building seabed fixed wind power. wood. nssc engineering firm is particularly worried about offshore wind power project in order to utilize its marine towing and tethering etc. marine construction advantages in order to explore new markets. timber. Enhanced safety precautions are now being taken as part of this project, which involves a 2 MW floating type of offshore wind generating equipment coming from the Tokyo Sea and leading to Fukushima. Especially for floating forms of offshore wind power from traction to fixed mooring of the main construction work carry out full summary, the company will focus on strengthening the development of marine wind power projects in order to promote the rapid development of the company’s business. Additionally, the company intends to use existing strengths to enhance the design, equipment manufacturing and construction. If you are looking for a provider of high-quality carbon steel pipe, erw steel pipe, or steel section in China, go no further than ontrend industrial limited. If you have any requirement, please do not hesitate to visit our website.
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