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文章摘要
规模化风电场的故障特性对保护影响研究
Study on the protective effect of the fault characteristics of large-scale wind farm
Received:March 03, 2017  Revised:March 03, 2017
DOI:
中文关键词: 风电场  故障特性  继电保护  理论分析
英文关键词: wind farm  fault characteristics  relay protection  theoretical analysis
基金项目:国家重点研发计划智能电网技术与装备重点专项(2016YFB0900604)
Author NameAffiliationE-mail
WANG Zengping north china electric power university 15031282356@163.com 
Jiang lvxing* north china electric power university 15031282356@163.com 
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中文摘要:
      随着风机规模化投入,发生故障时其故障特性非常显著,并且与传统的电源有很大区别。而如今绝大多数风机侧的保护还是将风机当成普通的电源来配置保护,那么可能造成保护不能可靠的动作。因此在发生故障时,风机侧的继电保护能否可靠的动作就显得及其重要。而其中风机场的弱馈性对继电保护产生的影响尤为突出,前人只是做了大量的实验说明此特性对继电保护会产生影响但并有给出理论的依据,因此给出理论的依据来判断保护能否可靠的识别故障,故障定位,可靠跳闸就显得尤为重要。针对不同的故障类型不同的保护原理,给出了理论的依据,并在仿真中证明了理论的正确性,而后对风场侧保护给出合理化建议,使其能够更加可靠的动作。
英文摘要:
      With the wind turbine scale investment, the fault characteristics are very significant, and there is a great difference with the traditional power supply. And now the vast majority of the fan side of the protection or the wind turbine as an ordinary power to configure protection, then it may cause the protection can not be reliable action. So in the event of failure, the fan side of the relay protection can be reliable action is important. The effect of weak wind generation airport on relay protection is particularly prominent, they just did a lot of experiments to illustrate the characteristics of impact and have given but the theoretical basis of relay protection, thus giving theoretical basis to judge whether the recognition of fault protection, reliable fault location, reliable tripping is particularly important. According to the principle of protection of different fault types, gives the theoretical basis, and prove the correctness of the theory in the simulation, and then the wind side protection also gives some reasonable suggestions to make it more reliable.
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