Some wind farms have been unable to start operating because of a lack of grid connection or were operating at levels lower than planned.
一些风力发电场由于电网无法接入或者运转能力低于原计划而无法启动。
With the increasing capacity of wind power generators, the current impact on grid connection could not be ignored, thus the grid connection techniques should be investigated in depth.
随着风电机组单机容量的不断增大，发电机并网时的电流冲击已不能忽视，必须对并网控制技术进行深入研究。
Then control strategy of microgrid-connection with no load is formulated to realize flexible grid-connection of wind power system.
制定双馈风力发电机空载并联微电网的控制策略，实现风力发电系统柔性并网控制；
Power quality monitoring for the grid connection point of wind power generator and adapting corresponding treatments can reduce the influence of the grid-connection to power network.
对风力发电机组并网点进行电能质量监测并由此采取相应的措施治理，可以降低并网对电网的影响。
In accordance with the features of wind energy, i. e. random and intermittent, the influence of grid connection of large capacity wind power on grid operation is analyzed.
根据风能具有随机性和间歇性的特点，分析了大容量风电并网对电网运行造成的影响。
The wind generation is a random, intermittent and uncontrollable energy source, the large-scale connection of wind farms with power grid has adverse effect on the safety of power system.
风力发电具有随机性、间歇性和不可控性的特点，大规模的风电并网会给电力系统的安全运行造成一定的影响。
The simulation model for the grid connection of offshore wind farm via VSC-HVDC based on the fixed pitch constant speed wind power generation system is established.
建立了基于定桨距恒速风力发电机系统的海上风电场直流并网仿真模型，并对风电场几种典型运行情况的并网性能进行了仿真分析。
The simulation model for the grid connection of offshore wind farm via VSC-HVDC based on the fixed pitch constant speed wind power generation system is established.
建立了基于定桨距恒速风力发电机系统的海上风电场直流并网仿真模型，并对风电场几种典型运行情况的并网性能进行了仿真分析。
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