According to Global Energy report on January 6, a global technology solution project funded by the Office of Naval Research (ONR), led by Professor Alexandre Simos of the Department of Naval and Marine Engineering at the Polytechnic Institute of Sao Paulo University (EPUSP) in Brazil Seeking a new floating offshore wind turbine (FOWT) design scheme to reduce structural weight and increase wind power generation capacity. One of the advantages of floating offshore wind turbines is that a constant wind speed can be obtained, allowing the turbine to operate with optimal efficiency. The disadvantage is that the installation cost is high, and the length of the mooring cable and the cable required to transmit energy is large. In this case, it is very important to reduce the structural weight of the floating device. The design of mooring lines is a complex task due to the effects of wave, current and wind load response, static and dynamic stability, and structural characteristics of the mooring line. Therefore, there are several research projects aimed at developing numerical calculation codes and laying the foundation for experimental benchmarks of FOWTs. Although floating offshore wind turbines will provide alternative energy sources for offshore bases, Paul Sundaram, ONR of Sao Paulo, stated: "Our goal is to understand how to design and manage complex structures in a dynamic marine environment through modeling . This is very important for the design and construction of elastic systems engineered offshore. " This technology will play an important role in Brazil's future wind energy expansion. The Brazilian Congress has discussed the regulations for the installation of offshore wind farms, and the industry is preparing for new developments. The industry has great potential, especially in the coastal areas of northeast Brazil. (Extracted and translated by Hong Weili from Global Energy) Synchronizer Gear Set, OEM Synchronizer Hub, Synchronizer Hub, Grear Wall Synchronizer Hub ShaoXing Change Auto Synchronizer Ring Co.,Ltd , https://www.sxcjautoparts.com