건물의 전기부하특성에 따른 BIPV시스템의 부하매칭에 관한 연구
A Study on BIPV system generation matching by electricity load characteristic of Building
1
조회
0
다운로드
4
인용
0
참고문헌
키워드
초록
These days, although thermal energy is decreasing, electric energy is increasing in building. Also, it is very important to research and distribute BIPV(Building Integrated photovoltaic) because our society consider electricity more significant than other energy in building. Therefore, in this paper, our research team analyzed difference between BIPV yield and building energy consumption through experimental research. As a result, yearly building energy consumption was 104,602.4kWh and BIPV yield was 105,267kWh. And then, totally counterbalanced time took up 26%, reduced electric load time took up 16%. In other words, peak load could be reduced up to 42% by BIPV. As a result, yearly building energy consumption was 104,602.4kWh and BIPV yield was 105,267kWh. And then, totally counterbalanced time took up 26%, reduced electric load time took up 16%. In other words, peak load could be reduced up to 42% by BIPV.
Abstract
These days, although thermal energy is decreasing, electric energy is increasing in building. Also, it is very important to research and distribute BIPV(Building Integrated photovoltaic) because our society consider electricity more significant than other energy in building. Therefore, in this paper, our research team analyzed difference between BIPV yield and building energy consumption through experimental research. As a result, yearly building energy consumption was 104,602.4kWh and BIPV yield was 105,267kWh. And then, totally counterbalanced time took up 26%, reduced electric load time took up 16%. In other words, peak load could be reduced up to 42% by BIPV. As a result, yearly building energy consumption was 104,602.4kWh and BIPV yield was 105,267kWh. And then, totally counterbalanced time took up 26%, reduced electric load time took up 16%. In other words, peak load could be reduced up to 42% by BIPV.
참고문헌 (5)
- 박재완, "그린홈 공동주택의 최적 에너지 공급시스템 설계를 위한 부하 예측 연구", 한국태양에너지학회 논문집, 33(1), pp.24~31 (2013), 한국태양에너지학회
- 안영섭, "5kW급 투광형 박막 BIPV시스템의 실증연구", 한국태양에너지학회 논문집, 30(4), pp.29~35 (2010), 한국태양에너지학회
- Jung-Woo Park, "Alalysis of Generation Performance of BIPV System according to Application Methods", Juranal of Korean Institute Architectural Sustainable Environment and Building Systems, 4(2), pp.273~276 (2011)
- Hyun-il, Kim, "Analysis of Performance of Building Integrated PV System of Cold Faxade Type", Journal of the Korea Solar Energy, 28(2), pp.275~280 (2008)
- "KEMCO, KOREA"[URL]