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Research on construction system of large scale non-grid-connected wind power offshore wind farms

机译:大型非并网风电海上风电场建设系统研究

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Following with the advance of wind power technology, as well as the advantages in abundance of sea resources, comparatively stable wind speed, relatively fewer developing interest sides, and non-trying for land with other projects, large scale of offshore wind farm building becomes new trend of wind power industry development. But, offshore wind farms are difficult construction, with high requirements in the quality and reliability of wind power units, and rigorous requirements towards oppugning atrocious weather on the sea such as typhoons. Therefore, to develop offshore wind power healthily, rapidly, and in order, besides deeply studying and analyzing complicated wind resource and environmental conditions on the sea, the forceful technology support is indispensable. This article first analyzes connotation and general framework of construction system of offshore wind farms, then emphasizes the evaluation of wind resource on the sea and location of wind farm, high-power special wind turbine on the sea, installation of offshore wind farm, disembarking and transmission of sea wind, anti-typhoon and other natural disasters, as well as large scale application of wind power on the sea, to illustrate construction system of offshore wind farm, Finally a scientific basis and guidance is provided for large scale offshore wind farm building.
机译:随着风力发电技术的发展,以及海洋资源的丰富,风速相对稳定,发展中利益相对较少,不与其他项目一起试地,大规模的海上风电场建设成为新的趋势风电行业发展趋势。但是,海上风电场建设难度大,对风力发电机组的质量和可靠性有很高的要求,并且对诸如台风之类的海上恶劣天气提出了严格的要求。因此,为了健康,快速,有序地发展海上风力发电,除了深入研究和分析海上复杂的风力资源和环境条件外,强有力的技术支持是必不可少的。本文首先分析了海上风电场建设体系的内涵和总体框架,然后重点介绍了海上风资源的评价和风电场的位置,海上大功率专用风力发电机的安装,海上风电场的安装,下船和下水道的建设。海风,抗台风等自然灾害的传播以及海上风电的大规模应用,说明了海上风电场的建设体系,为大规模海上风电场的建设提供了科学依据和指导。 。

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