시뮬레이션에 의한 다기능 복합 솔라윈도우 시스템의 채광과 에너지성능평가
The Daylight and Energy Performance Evaluation of Multi-purpose Solar Window System Using Simulaton Program
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초록
Theaim ofthisstudywastoanalysistheHeating/coolingperformanceandDaylightingperformanceofSolar Window System builtinapartments.thesolarwindow istheideatointegratedaylightasathirdform ofsolar energyintoaPV/SolarCollectorsystem. Theprocessofthisstudyisasfollows:1)SolarWindow system wasdesignedthroughtheinvestigationof previouspaperandwork.2)Thesimulationprogram(Lightscape3.2)wasusedindaylightingperformanceanalysis. thereferencemodelofsimulationwasmadeuptoanalysisdaylightingperformanceonSolarWindow system. 3)Thesimulationprogram(ESP-r,Therm5.0,Window6.0)wasusedinenergyperformanceanalysis.thereference modelofsimulationwasmadeuptoanalysisenergyanddaylightingperformanceonSolarWindow system.4)The Size ofSimulation modelfor daylighting and heating/cooling energy analysis was 148.5㎡ 5)The lighting performanceanalysiswascarriedoutwithvariousvariants,suchasthesizeandinstalledareaofSolarWindow system.6)Energyperformancesimulationwascarriedoutwithvariousvariants,suchasIntegratedU-valueof SolarWindow system accordingtoitsposition,installedangleandinsulationthickness.Consequently,WhenSolar Window system isequippedwithbalconywindow ofApartment,Annualheatingandcoolingenergyofreference modelwascutdownattheaverageof4.1kWh/㎡ or4.2%.
Abstract
Theaim ofthisstudywastoanalysistheHeating/coolingperformanceandDaylightingperformanceofSolar Window System builtinapartments.thesolarwindow istheideatointegratedaylightasathirdform ofsolar energyintoaPV/SolarCollectorsystem. Theprocessofthisstudyisasfollows:1)SolarWindow system wasdesignedthroughtheinvestigationof previouspaperandwork.2)Thesimulationprogram(Lightscape3.2)wasusedindaylightingperformanceanalysis. thereferencemodelofsimulationwasmadeuptoanalysisdaylightingperformanceonSolarWindow system. 3)Thesimulationprogram(ESP-r,Therm5.0,Window6.0)wasusedinenergyperformanceanalysis.thereference modelofsimulationwasmadeuptoanalysisenergyanddaylightingperformanceonSolarWindow system.4)The Size ofSimulation modelfor daylighting and heating/cooling energy analysis was 148.5㎡ 5)The lighting performanceanalysiswascarriedoutwithvariousvariants,suchasthesizeandinstalledareaofSolarWindow system.6)Energyperformancesimulationwascarriedoutwithvariousvariants,suchasIntegratedU-valueof SolarWindow system accordingtoitsposition,installedangleandinsulationthickness.Consequently,WhenSolar Window system isequippedwithbalconywindow ofApartment,Annualheatingandcoolingenergyofreference modelwascutdownattheaverageof4.1kWh/㎡ or4.2%.
참고문헌 (8)
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- 윤종호, "공동주택의 에너지 자립을 위한 핵심요소기술의 에너지 성능평가", 한국태양에너지학회 논문집, 27(3), pp.161~168 (2007), 한국태양에너지학회
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- 문기훈, "자연채광 성능의 가시화도구로서 LIGHTSCAPE의 유용성 평가", 한국실내디자인학회 논문집, 37, pp.110~118 (2003), 한국실내디자인학회