Power Generation Change According to Angle Control of Solar Power Plant Panel

태양광 발전 패널 각도 제어에 따른 발전량 변화

  • 한명희 ((주)성보에너지) ;
  • 우제택 (대전대학교 컴퓨터공학과) ;
  • 이재환 (송호대학교 문화콘텐츠융합ICT과)
  • Received : 2019.06.07
  • Accepted : 2019.08.15
  • Published : 2019.08.31


In this paper, the relationship between the angle control of the panel contributing to the optimum power generation efficiency of the solar power plant is investigated. For a total of eight months, one of the two plants with the same equipment configuration changed their angles every three months and the other plants did not change their angle. In this study, we propose a model that can maximize the power generation efficiency by comparing and analyzing the difference of power generation between stationary solar power station and stationary solar power station through simulation.

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그림 1. 신재생에너지 설비의 용량 변화 Fig. 1 Change in capacity of renewable energy facilities

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그림 2. 태양 추적형 태양광 전지 설치 및 발전소 Fig. 2 Solar tracking solar cell installation and power station

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그림 3. 시험운영 대상 지역의 지리적 위치 Fig. 3 Geographical location

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그림 4. 강원도 정선 지역의 10년간 기온분포 Fig. 4 10 years temperature distribution

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그림 5. 지리적 위치 및 배치도 Fig. 5 Geographic location and layout

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그림 6. 현장 전경 Fig. 6 Field view

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그림 7. 고정형 태양광발전소 발전량 실증 Fig. 7 Demonstration of fixed solar power plant

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그림 8. 각도조절 가변부 구조 Fig. 8 Angle adjustment structure

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그림 9. 가변형 태양광발전소 발전량 실증 Fig. 9 Demonstration of variable solar power plant generation

표 1. 고정형 태양광발전소 발전량 추이 Table 1. Fixed solar power generation power generation trend

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표 2. 가변형 태양광발전소 발전량 추이 Table 1. Angular variation solar power plant power generation trend

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