500kW급 태양광시험장 구축을 위한 최적설계에 관한연구
A Study on optimal design for installion of 500kWp PV system testing ground
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초록
The performance of photovoltaic systems could be affected by various factors including installing conditions of modules, and their own efficiencies of solar cells and inverters. The installing conditions of a photovoltaic system including array types, tilting angles, azimuth, locations, quantities of sunshine, optimum angles of inclination and separated distance are analyzed using the SolarPro & Minitep SW simulation program, in order to set up the installing conditions for improving system performance. The result from the simulation of the 500 kWp PV system of Kochang with optimal installing conditions compared with normal conditions shows that the capacity factor has been increased from 11.02% to 12.06%
Abstract
The performance of photovoltaic systems could be affected by various factors including installing conditions of modules, and their own efficiencies of solar cells and inverters. The installing conditions of a photovoltaic system including array types, tilting angles, azimuth, locations, quantities of sunshine, optimum angles of inclination and separated distance are analyzed using the SolarPro & Minitep SW simulation program, in order to set up the installing conditions for improving system performance. The result from the simulation of the 500 kWp PV system of Kochang with optimal installing conditions compared with normal conditions shows that the capacity factor has been increased from 11.02% to 12.06%
참고문헌 (4)
- P.Baltas, "Evaluation of power output for the fixed and step tracking photovoltaic arrays", Solar Energy, 37, pp.147~163 (1986)
- 이동윤, "？소규모 태양광 발전시스템을 위한 전류보상기법을 갖는 향상된 MPP추적 컨버터", 전력전자학회 논문지, 8(2), pp.142~150 (2003), 전력전자학회
- 50 kWp급 계통연계형 태양광 발전시스템 개발 최종보고서, "한국 전력공사", ~ (1999)
- 김의환, "중규모 태양광발전시스템 장기 실증운전 평가", 한국태양에너지학회 논문집, 29(5), pp.14~19 (2009), 한국태양에너지학회