실험을 통한 건물통합형 태양광·열(BIPVT) 시스템의 난방성능 평가
The Heating Performance Evaluation of Heating System with Building-Integrated Photovoltaic/Thermal Collectors
1
조회
0
다운로드
1
인용
0
참고문헌
키워드
초록
Theheatfrom PV modulesshouldberemovedforbetterelectricalperformance,andcanbeconvertedintouseful thermalenergy.A photovoltaic-thermal(PVT)moduleisacombinationofPV modulewithasolarthermalcollector whichformsonedevicethatproducethermalenergyaswellaselectricity.Inmanystudiesvariouswatertype PVT collectorshavebeenproposedinefforttoincreasetheirelectricalandthermalefficiency. Theaim ofthisstudyistoevaluatetheheatingperformanceofheatingsystem combinedwithPVT collectors thatonintegratedbuildingroof.Forthisstudy,theBIPVT system of1.5kWpwasinstalledattheexperimental house,anditwasincorporatedwithitsheatingsystem. From theexperimentalresults,thesolarfractionoftheheatingsystem withBIPVT was15%.Itwasalsofound thatwasanalyzedthattheheatingenergyforthehousecanbereducedby47%,astheheatgainedfrom BIPVT system pre-heatedthewaterusedforheatingsystem.
Abstract
Theheatfrom PV modulesshouldberemovedforbetterelectricalperformance,andcanbeconvertedintouseful thermalenergy.A photovoltaic-thermal(PVT)moduleisacombinationofPV modulewithasolarthermalcollector whichformsonedevicethatproducethermalenergyaswellaselectricity.Inmanystudiesvariouswatertype PVT collectorshavebeenproposedinefforttoincreasetheirelectricalandthermalefficiency. Theaim ofthisstudyistoevaluatetheheatingperformanceofheatingsystem combinedwithPVT collectors thatonintegratedbuildingroof.Forthisstudy,theBIPVT system of1.5kWpwasinstalledattheexperimental house,anditwasincorporatedwithitsheatingsystem. From theexperimentalresults,thesolarfractionoftheheatingsystem withBIPVT was15%.Itwasalsofound thatwasanalyzedthattheheatingenergyforthehousecanbereducedby47%,astheheatgainedfrom BIPVT system pre-heatedthewaterusedforheatingsystem.
참고문헌 (8)
- Kim, J. H., "A study of Energy Performance of a Building-Integrated Photovoltaic-Thermal System", 박사, pp.2011
- 김진희, "실험에 의한 Glazed형과 Unglazed형 액체식 PVT 집열기의 에너지성능 비교 분석 연구", 한국생태환경건축학회 논문집, 9(4), pp.37~42 (2009), 한국생태환경건축학회
- Jeong, S. O., "The Experimental Performance of Rectang- ular Tube Absorber PV", Th- ermal Combined Collector Module, 2011, 87~92
- Chun, J. A., "A Study on Performance of Flat Water- type PVT Modules According to Abs- orber Type", Korean Solar Energy Society, pp.93~98 (2011)
- Affolter, P., "PVT Roadmap; A European Guide for the Development and Market Introduction of PV-Thermal Technology" (2006), Energy Research Centre of the Netherlands
- Ibrahim, A., "Recent advances in flat plate photovoltaic", thermal (PV, Renewable and Sustainable Energy Reviews, pp.2011, 15(1)[DOI]
- Tyagi, V. V., "Advancement in solar photovoltaic", thermal (PV, Renewable and Sustainable Energy Reviews, pp.2012, 16(4)[DOI]
- Zong, H., "D8-6: PVT Performance measurement guidelines", Petten: ECN and Emmerth- al: ISFH, ~ (2005)