제주계통 풍력발전단지의 무효전력 특성 분석
Analysis of Reactive Power Characteristic for Wind Farms in Jeju System
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초록
Experiences in wind farm operation are very limited in Korea, and the foundation for setting standards in power system connection is weak. Therefore, connection and operation standards for wind farms in other countries must be reviewed and power system operation criteria need to be established in order to set up connection standards and optimal operation plans according to the Jeju power system. In this study, reactive power control characteristics of a wind farm were analyzed using a wind farm model of the Jeju power system to propose power system connection operation standards for wind generation within the Jeju power system. Also, change in characteristics of the power system for the application of each reactive power control standard was confirmed, and the results were verified through trial tests arm was analyzed.
Abstract
Experiences in wind farm operation are very limited in Korea, and the foundation for setting standards in power system connection is weak. Therefore, connection and operation standards for wind farms in other countries must be reviewed and power system operation criteria need to be established in order to set up connection standards and optimal operation plans according to the Jeju power system. In this study, reactive power control characteristics of a wind farm were analyzed using a wind farm model of the Jeju power system to propose power system connection operation standards for wind generation within the Jeju power system. Also, change in characteristics of the power system for the application of each reactive power control standard was confirmed, and the results were verified through trial tests arm was analyzed.
참고문헌 (5)
- "국가에너지 기본계획(안)" (2008), 지식경제부& 에너지경제연구원
- "Wind Power Facility, Technical Requirements", Grid Code from Alberta Electric System operator
- "Discussion document for the review of requirements for wind turbine generators under system faulty conditions, commonly referred to as fault ride through" (2003), ESB National Grid
- "Modeling and Wind Farms for Power System Stability Studies", Shaw Power Technologies, Inc.
- E, "The Application of Wind Turbine Modelling in PSS"