海上风电

支持向量机方法丰富了海上风电项目运行期风险评价方法体系。

The support vector machines ( SVM ) enriches the method system of the offshore wind power project risk evaluation .

支承结构是海上风电工程中的重要组成部分。

Supporting structure is a major component of offshore wind power project .

基于模糊PI控制的海上风电柔性直流输电整流器研究

Research on Rectifier of Offshore Wind Energy Flexible Direct Current Transmission Based on Fuzzy PI Control

在研究了大量国内外相关文献之后，以波浪载荷为出发点，采用Morison方程，系统地分析和推导了海上风电机组基础结构的波浪载荷计算方法。

Based on the study of numerous relative research materials , I use of Morison Equation to systemically analyze the calculation method of wave force on the offshore wind turbine .

通用电气能源和水处理公司（gepower&water）负责可再生能源的副总裁维克托阿巴特（vicabate）表示，双方将于明年年中在江苏省新建一座工厂，生产近岸和海上风电机组。

Vic abate , vice president of renewable energy for GE power & water , said the two companies would establish a new factory in the Jiangsu Province by the middle of next year to produce near shore and offshore turbines .

文中计算了上海东海大桥100MW海上风电示范项目工程风机基础的承台及8根斜桩上的波浪力。

The wave loads on the slab and eight inclined piles of the wind power demonstration project near the Donghai Bridge was computed by the method .

海上风电机组主要机械故障机理研究

Research on mechanism of main mechanical faults of offshore wind turbine

开发了海上风电安装船的原型系统，并对其进行调试和试验。

Prototype system of wind turbine installation vessel is developed and test .

海上风电机组运输、安装和维护船方案

Vessel for Offshore Wind Turbine Transportation , Installation and Maintenance

一种新船型&海上风电设备安装船的开发

Development of new ship type-maritime wind turbine installation vessel

海上风电柔性直流输电变流器的研究与开发

Flexible direct current transmission converter for offshore wind farm

海上风电安装船桩腿动载缓冲研究与强度分析

Dynamic Load Amortizing and Strength Analysis of Leg of Wind Farm Installation Vessel

海上风电机组安装船桩腿外载荷计算及强度分析

Loads computation and strength analysis of the leg of windmill battery fixing vessel

近几年，我国开始大力发展海上风电工程。

In recent years , China began to develop offshore wind power project .

欧洲海上风电技术的发展现状

Devlopment status of off-shore wind energy technology in Europe

我国海上风电的发展与技术现状分析

Analysis on the development and present technology status of offshore wind power in China

海上风电稳步兴起

The offshore wind power thrives itself steadily

海上风电基础结构研究现状及发展趋势

The state of the art of study on offshore wind turbine structures and its development

海上风电机组的机械部分主要包括轮毂、主轴、增速箱、发电机、塔筒等。

Offshore wind turbine mechanical parts include hub , spindles , gear boxes , generators , towers .

海上风电机组除了考虑陆上风电机组所受的载荷外，还需考虑海流、海浪等的作用。

Besides of the wind load , the current and wave loads should be taken into account .

近年来，随着国家新能源战略的提出，海上风电技术发展迅猛。

In recent years , with the raising of new national energy strategy , offshore windpower technology is developing rapidly .

在开发海洋风能中，桩基础的设计是海上风电开发的重要组成部分。

As we known , the pile foundation design for offshore wind power development is an important part of ocean wind development .

并在此基础上针对中国海上风电的管理提出了建议。

Based on the evaluation of experience to date , the report makes recommendations for the regulation of offshore wind in China .

近年来，国内外纷纷掀起发展海上风电项目的热潮。

In recent years , more and more people have set off the development of offshore wind power project in the boom .

因此，海上风电机组支撑结构的安全问题受到设计者越来越多的关注。

Therefore , the security of the wind turbine support structure has received more and more attention of the designers and scholars .

海上风电也在如火如荼的发展，是风电领域新的发展方向，越来越受到世界各国的关注。

The offshore wind power which is consider as the direction of development in wind market is pay more attention in the world .

全球第一大海上风电涡轮生产商西门子及其合作伙伴承认，他们低估了海上风电项目背后的挑战。

Siemens , the world 's largest manufacturer of offshore wind turbines , and its partners concede they underestimated the challenges behind offshore wind .

本文对海上风电机组支撑结构进行简化建模，分析其动力特性。

In this paper , the support structure of offshore wind turbine is modeled with simplification , and then its dynamic characteristics are analyzed .

海洋石油平台、海上风电桩基等大型海上施工单位都需要利用大型管桩做为基本搭建单元。

Offshore oil platform , sea wind pile foundation and other large sea construction units need to use large pile as basic building unit .

如果波兰实现了必要的立法调整和电网开发，波兰第一家海上风电园将在未来十年内建成。

If Poland attains the necessary legislative changes and grid development , it would see the first Offshore Wind parks rise within the next decade .