Help!汉译英论文首先研究了风电场无功补偿技术的国内外研究现状,主要包括风电场并网方式及其对系统的影响、风电场无功补偿作用、无功补偿方式、无功补偿装置及其在风电场中的应用等.

Help!汉译英论文首先研究了风电场无功补偿技术的国内外研究现状,主要包括风电场并网方式及其对系统的影响、风电场无功补偿作用、无功补偿方式、无功补偿装置及其在风电场中的应用等.
Help!汉译英
论文首先研究了风电场无功补偿技术的国内外研究现状,主要包括风电场并网方式及其对系统的影响、风电场无功补偿作用、无功补偿方式、无功补偿装置及其在风电场中的应用等.通过分析可知,风电场无功功率补偿的主要作用是解决电压控制问题,尤其是抑制风电场电压波动,维持风电场并网点、风电场内各电压等级母线及风力发电机端电压,改善风电场供电的电能质量,改善电网的运行条件,提高风力发电机组在电网故障时的“低电压渡过能力”,也会起到降低输电线路功率损耗、提高电力系统运行稳定性等作用.然后介绍了用于风力发电中主要设备的特点及其工作原理,主要包括风力发电机、无功补偿设备（并联电容器、SVC和SVG）、变流装置,通过对这些设备工作原理的分析,为以后的研究工作奠定了一定的理论基础.
对于大型电力系统，其组成元件很多，用解析法对其进行可靠性评估可能会十分复杂，不能很容易地建立数学模型，有时即使建立了数学模型，也难于获得数值解。这时，模拟法便成为一种有效的，甚至是唯一可行的方法。模拟法是在计算机上模拟元件寿命过程的实际实现，通过对此模拟过程若干事件的观察，采用随机取样的方法确定电力系统各元件的状态，并用统计方法求得系统的可靠性指标。模拟法的优点是模型简单，适应性强，可同时考虑多种复杂的相关因素；不足之处是计算精度与抽样次数有关，计算结果具有明显的统计性质，不可避免地存在一定误差，所需计算时间也较长。
哪位专业人士帮帮忙哈莪卟需要翻译软件出来的答案

Help!汉译英论文首先研究了风电场无功补偿技术的国内外研究现状,主要包括风电场并网方式及其对系统的影响、风电场无功补偿作用、无功补偿方式、无功补偿装置及其在风电场中的应用等.
Firstly, the study of wind reactive compensation technology at home and abroad, including the research situation of system engineers.therefore grid and influence of wind and reactive power compensation, reactive compensation mode, reactive compensation device and its application in the wind.Through analysis, the wind reactive power compensation's main function is to solve the voltage control problems, especially inhibition, maintain wind farms and voltage fluctuation, wind energy within the network voltage grade busbar voltage of wind turbine generators, and improve the quality of electric power, wind power, improving the operation condition of wind turbine generators to improve in the grid "low voltage across ability", also be the power consumption and reduce transmission line to improve the operation stability of power system, etc.Then introduces the main equipment for wind power in its characteristics and working principle, mainly including the wind generator and reactive power compensation equipment (shunt capacitor, SVC and SVG), and through analyzing the flow unit equipment work principle of analysis, the research work for later laid a certain theoretical basis.

Paper first studies the wind farm reactive power compensation on current studies, including wind farms and their influence on the system approach, the wind farm reactive power compensation, reactive p...

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Paper first studies the wind farm reactive power compensation on current studies, including wind farms and their influence on the system approach, the wind farm reactive power compensation, reactive power compensation, reactive power compensation device and wind farm in its application. Through analysis, the wind farm reactive power compensation to solve voltage main role is to control the problem, particularly inhibition of voltage fluctuations in wind power, wind power and maintain the network, wind power and bus voltage levels inside the terminal voltage of wind generator to improve the quality of wind-powered electricity, to improve the network's operating conditions, increase wind turbine power failure in the "low voltage through capacity", will play a reduced transmission line power loss and improve power system stability such as role. Then introduced the main equipment for wind power generation characteristics and working principles, including wind generators, reactive power compensation device (shunt capacitor, SVC and SVG), converter, through the working principle of these devices for subsequent research has laid a theoretical foundation.

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