风力发电技术

随着风力发电技术的不断发展，风电并网对系统的影响范围逐渐扩大。

With the continuous development of wind power technique , the influence area of wind power integration on power system are gradually enlarged .

大功率的风力发电技术研究也成为目前的热点。本文主要研究应用于MW级双馈风力发电机组中的网侧变换器。

Researches on the technology of high-power wind power generation become hotspot .

我们公司是做大功率LED灯具的。包括经济、节能、环保的LED路灯、LED隧道灯、LED工矿灯、LED投光灯以及太阳能结合风力发电技术的风光互补型LED路灯照明系统。

We can offer different kinds of energy saving lamps , such as the LED street lamps , the LED tunnel lamps , the LED mining lamps , the LED flood lamps and the LED solar-wind complementary lamps .

通过它与Vestas的合作，该公司有能力获取先进的风力发电技术和生产能力。

Through its partnership with Vestas the company was able to acquire advanced wind turbine technologies and production capabilities .

双馈感应发电机（DFIG）因其变频器容量小、安全可靠的优势，已成为变速恒频风力发电技术中的主流机型。

Double Fed Induction Generator ( DFIG ) has become the mainstream generator of variable speed constant frequency wind power generation technology because its electrical safety and reliability and the converter of which could be of small capacity .

基于电力电子技术的风力发电技术研究现状

Study Situation of Wind Power Generation on Power Electronics Techniques

风能作为普遍存在的绿色可再生能源，为世界各国所重视，风力发电技术也成为各国学者竞相研究的热点。

The technology also becomes research , hotspot of many countries scholar .

分布式风力发电技术分析及经济评估

Technical analysis and economic evaluation of distributed wind power generation

控制技术是风力发电技术的核心。

Control technology is the core of wind power utilization .

风力发电技术及其新型风机电控系统的应用

Wind Power Generation Technology and Application for New Fan & Electrical Control System

基于矢量控制的双馈风力发电技术研究

Doubly-fed wind power generation technologies based on vector control

在现阶段风能利用的主要手段是风力发电技术。

At the present stage , wind energy is used to generate electricity .

海上风力发电技术综述

Technical Summary of Wind Power Generation on the Sea

风力发电技术的发展现状

Current situation of development of wind power generation technology

风力发电技术及其发展方向

Wind Power Generating Technology and its Development Prospects

变速风力发电技术中逆变器调制方法研究

Research on VSCF Wind Generation Inverter Modulation Method

风力发电技术的发展离不开实验室的前期研究工作。

Wind power technology development cannot leave the early period of laboratory research work .

作为新能源技术中的主力军，风力发电技术近些年来得到了飞速发展。

Therefore , the wind power technology has been developing rapidly in recent years .

因此，深入研究风力发电技术对于实现风能的持久开发和风电机组的国产化具有重要意义。

Therefore , achieving lasting development of wind energy and wind turbine localization is important .

大型陆上风力发电技术综述

Large Scale On-Shore Wind Power Generation Technology

风力发电技术的发展及若干问题

Technical Development and Problems of Wind Turbines

风力发电技术研究及发展

Research and Development of Wind Power Technology

近海风力发电技术的现状及展望

Some Prospectives of Offshore Wind Power Technology

世界各国都在通过立法或政策扶持等方式激励本国风力发电技术的发展。

Many countries promote the development of native wind power technology through legislation or policy support .

风力发电技术取得了长足的进步，风力发电机逐渐向大型化、商业化发展。

The technology of wind power has advanced greatly and the wind turbine is getting larger .

变速恒频是目前世界最先进的风力发电技术，这是上世纪70年代发展起来的一种新型发电形式。

This is a new form of power generation , developed from 70s of last century .

近年来，风力发电技术成为了一种极具利用潜能的可再生能源发电技术。

In recent years , wind power technology becomes a potential renewable energy power generation technology .

中外常用风力发电技术及风电机概述

The Overview of Wind Power Technology and Wind Turbines Commonly Used both at Home and Abroad

多级变速风力发电技术

A multiple-velocity wind energy generator

随着风力发电技术的快速发展，涌现出了多种类型的风电机组。

With the rapid development of wind power technology , many types of wind power generators emerge .