신재생에너지 설치 의무화 제도와 부하 매칭을 고려한 교육시설 최적 PV 설계

Optimal PV Design for Educational Facilities Considering Renewable Energy Installation Obligation and Load Matching

초록

The purpose of this study is to determine the optimal tilt angle for fixed solar modules that can meet the hourly electricity demand of a school facility. Simulations were conducted to reflect the load characteristics of a middle school located in Seoul to calculate the net power consumption for various tilt angles of the solar modules. The results revealed that the optimal tilt angle was 16°, resulting in an approximately 3.5% increase in annual power savings compared with existing solar module installation guidelines. Therefore, it is recommended that the tilt angle of the solar modules within a range of lower tilt angles, including 16°, is ideal. Because the optimal tilt angle of solar modules may vary depending on the target building, there is a need for solar installation guidelines that propose tilt-angle designs that consider building load characteristics.

키워드

신재생에너지건물 부하PV 경사각최적설계에너지 시뮬레이션Renewable energyBuilding loadPV slopeOptimal designEnergy simulation
제목
신재생에너지 설치 의무화 제도와 부하 매칭을 고려한 교육시설 최적 PV 설계
제목 (타언어)
Optimal PV Design for Educational Facilities Considering Renewable Energy Installation Obligation and Load Matching
저자
김창환김의종
발행일
2024-06
유형
Y
저널명
한국태양에너지학회 논문집
44
3
페이지
1 ~ 14