풍력 발전기 너셀에 장착된 풍속계를 이용한 출력성능 평가
Evaluation of Power Performance by Anemometer on WTGS
2
조회
0
다운로드
2
인용
0
참고문헌
키워드
초록
We carried out the power performance evaluation for 1.5 MW 2 by using anemometer installed on WTGS(Wind Turbine Generator System) in the wind farm at Shi-hwa bang-a-mu-ri. In this paper, we compared and analyzed the performance of guaranteed output and measured output of WTGS which includes output curve, output coefficient, AEP(Annual Energy Product) and availability, etc.. The power performance of WTGS was optimized in the low wind speed sections(3 m/s ~ 10 m/s) and the measured output was more produced by AEP 109 % and availability 112 % than the guaranteed output. In addition, we could also cut the high cost of testing WTGS performance by using anemometer as a substitute for weather mast.
Abstract
We carried out the power performance evaluation for 1.5 MW 2 by using anemometer installed on WTGS(Wind Turbine Generator System) in the wind farm at Shi-hwa bang-a-mu-ri. In this paper, we compared and analyzed the performance of guaranteed output and measured output of WTGS which includes output curve, output coefficient, AEP(Annual Energy Product) and availability, etc.. The power performance of WTGS was optimized in the low wind speed sections(3 m/s ~ 10 m/s) and the measured output was more produced by AEP 109 % and availability 112 % than the guaranteed output. In addition, we could also cut the high cost of testing WTGS performance by using anemometer as a substitute for weather mast.
참고문헌 (5)
- Chee-Woon Leem, "A study on the characteristics of the performance for the small wind turbine", pp.2008
- S.-W. Ko, "The study about performance test of wind turbine", The 42st KIEE Summer Conforence 2011, (1349), pp.1348~1349 (2011)
- Sihwa renewable energy(wind) development services feasibility study report, "Korea Water Resources Corporation", 96~106 (2005)
- Detailed design of wind development report Sihwa Bangameori, "Korea Water Resources Corporation", 3~8 (2007)
- 고석환, "3MW 풍력발전시스템 출력성능평가에 관한 연구", 한국태양에너지학회 논문집, 31(4), pp.19~26 (2011), 한국태양에너지학회