摘要
随着风电机组大规模地接入电网,给电网安全带来了极大挑战。因此,为了保障电网运行安全,新的电网导则要求接入电网的风电机组必须具有低电压穿越(LVRT)能力。在此为了研究和验证实现双馈机组LVRT能力,保证风机不间断并网运行,主要阐述了双馈风电机组LVRT实验平台的设计和工作原理。最后基于设计的实验平台验证了双馈机组利用撬棒(Crowbar)实现LVRT的能力。
With the large penetration of wind energy in power system,the influence on the system stability has re-ceived much attention.As a result,new requirements that the turbine is allowed to disconnect during voltage dips have been set.The design of experimental platform for low voltage ride through（LVRT） of wind turbine with doubly-fed in-duction generator（DFIG） is presented,and finally a case is investigated based on the experimental platform.
出处
《电力电子技术》
CSCD
北大核心
2011年第8期37-38,共2页
Power Electronics
基金
上海市科学基金(09dz1201303,10dz1203902)~~
关键词
风力发电
双馈感应电机
低电压穿越
wind power generation
doubly-fed induction generator
low voltage ride through
