风力发电,wind power generation
1)wind power generation风力发电
1.Grasping Every New Opportunity,Developing the Wind Power Generation in Hubei;抓住机遇研发湖北省的风力发电
2.Voltage control of a rectification-type cage induction generator forwind power generation;整流型鼠笼异步风力发电机的电压控制
3.Feasibility ofwind power generation systems in Jiangsu Power Grid;江苏电网风力发电系统可行性研究
英文短句/例句
1.Power can be fed from wind generators into the electricity grid system.电力可以从风力发电机流入输电网。
2.The Harmonic Characteristic Study of Wind Farm Containing Doubly-fed Wind Generator含双馈风力发电机的风电场谐波分析
3.The Overview of Wind Power Technology and Wind Turbines Commonly Used both at Home and Abroad中外常用风力发电技术及风电机概述
4.Selection of Optimal Wind Generator Units Type and the Site of Wind Power Plant风电厂选址及最佳风力发电机组选型
5.We can harness the power of the wind to make electricity.我们可以利用风力发电.
6.solar air power plant太阳热风力发电装置
7.lower-powered wind generating set小功率风力发电机组
8.Inspiration of Xinjiang Power Grid Operation Based on Wind Power Generation to Development and Construction of Wind Power新疆电网风力发电运行对风电发展建设的启示
9.Research on Wind Power Generation System with Asynchronous Generator;采用异步发电机的风力发电系统研究
10.Voltage sag generator for wind power generation system一种用于风力发电的电压跌落发生器
11.Study on Policy Schemes and Price Mechanisms to Support Wind Power Development风力发电发展政策及电价机制的研究
12.The research and development of the generator mount about 1.5 MW wind turbine1.5MW风力发电机组发电机减振器的研制
13.Wind power generation-A clean energy source with tremendous potentiality;风力发电—发展潜力巨大的清洁能源
14.Blade Design of 3KW Relatively-Low Speed Wind Turbine;3KW偏低风速风力发电机叶片设计研究
15.Preliminary Research of Wind Turbine in Low Wind Speed;低风速条件风力发电机组的初步研究
16.The Study on Wind Characteristic Simulation System Based on Wind Power基于风力发电的风特性模拟系统研究
17.A Study of Wind Speed Limit-related Protection Methods for Wind Turbine Generators During a Gale风力发电机大风限速保护方法的研究
18.A Wind Tunnel Test and Research on Blades of the Concentrated Wind Energy Turbine;浓缩风能型风力发电机叶轮的风洞实验与研究
相关短句/例句
wind power风力发电
1.Application of series-parallel energy storage system with super-capacitor inwind power generation;串并联型超级电容器储能系统在风力发电中的应用
2.The development and future ofwind power generation of our country on ocean;我国海上风力发电的发展与前景
3.Cutting-in control of the variable speed constant frequencywind power generator based on internal model controller;基于内模控制器的变速恒频风力发电并网控制方法
3)wind generation风力发电
1.Simulation on decoupling control of active and reactive power in doubly-fedwind generation system;双馈型风力发电机有功无功解耦控制仿真
2.Adjustable pitch intelligent control of variable speed constant frequencywind generation system;变速恒频风力发电系统变桨距智能控制
3.Large scale converter for direct-drivenwind generation system;适于直驱型风力发电系统的大功率变流器
4)wind-power generation风力发电
1.Life cycle assessment onwind-power generation;风力发电的生命周期分析
2.Present status of industrialization development ofwind-power generation in China, its problems and countermeasures;我国风力发电产业发展的现状、问题与对策
3.Design of the Monitoring and Control System for Wind-Power Generation Converter Experiment Platform;风力发电变流器实验平台监控系统设计
5)wind energy generation风力发电
1.To meet the requirements of modernwind energy generation the turbines should stay connected to the grid in case of a failure,a 1.现代风力发电的发展,对风电生产提出了新的需求,即在电网电压跌落处于一定范围内时风力发电机装置必须保持和电网相连,其中双馈式风力发电机(DFIG)的电压跌落渡过能力是目前风电研究的一个热点。
2.With the development of modernwind energy generation, new requirement on the generation was raised, that was the turbines should stay connected to the grid in case of a failure.现代风力发电的发展,对风电生产提出了新的需求,即在电网电压跌落处于一定范围内时风力发电机装置必须保持和电网相连。
3.Doubly-fed induction generator (DFIG) has been widely used in the variable-speed constant- frequency (VSCF)wind energy generation system.双馈感应发电机(DFIG)在变速恒频风力发电中得到广泛应用,对DFIG采用矢量控制可使风电系统实现最大风能追踪和有功、无功解耦调节,从而获得优良的发电运行性能。
6)wind turbine风力发电
1.Applying hydraulic energy storage forwind turbine generators液压储能在风力发电储能中的应用
2.Research on a pitch-controlled system of MW variable-speed and constant-frequencywind turbineMW级变速恒频风力发电机组电液变桨距系统的研究
3.According to the maintenance situation of domestic and overseawind turbines,the key components ofwind turbines which make malfunctions with the highest frequency are obtained statistically,and the reasons and phenomenon of the malfunction of components are also given.根据国内外众多风力发电机组运行维护情况,统计得出风力发电机组中故障发生频率最高的关键部件及故障发生的原因和产生的现象;分析给出风力发电机组运行中对关键部件检测的物理量。
延伸阅读
风力发电利用风能作原动力驱动风轮发电机组发电（见风力电站）。
