A Study on System Optimization according to the Supply Obligations Rate of New and Renewable Energy at an Indoor Gymnasium Article Swipe

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Yun-Ha Park , Y. K. Kim , An-Na Won , Jung-Ha Hwang ·

YOU? · · 2015 · Open Access · · DOI: https://doi.org/10.7836/kses.2015.35.6.051

Instatutesonthepromotionofdistributionofnewandrenewableenergy,whichwererevisedin2014,daylightsystemandfuelcellwereaddedinadditiontoexistingnewandrenewableenergysources.Thisstudy,therefore,aimedatsettinguptargetsfortheintroductionofdaylightsystemandanalyzingtheinstallationrateofnewandrenewableenergywhichcanbeprovidedbydaylightsystemfortheaggressiveuseofdaylightsystem,therebydeductingtheoptimalcombinationratiowithothernewandrenewableenergysources.Theresultsofthestudyareasfollows.First,whenaprism-shapeddaylightsystemwasinstalledtoaroundindoorgymnasiumamongdomesticindoorgymnasiums,outofasupplyobligationsallotmentrateof15%ofnewandrenewableenergy,therateofdaylightsystemwasbasicallysetat2.5%.Second,therefore,withdaylightsystemcomingfirst,thelackedsupplyobligationsratewastakenupbysolarphotovoltaic,solarheatandgeothermalheat.Inaddition,usingtheKRESSProgram,economic,technical,environmentalandcomplexityevaluationsfortheupper5%wasmade,deductingtheoptimalratioofthesystem.Theresultsproducedthefollowingoptimalcombinationratios:solarphotovoltaic(83.3%)ineconomicevaluation,solarheat(8.3%)andgeothermalheat(75%)intechnicalevaluation,solarphotovoltaic(83.3%)inenvironmentalevaluation,andsolarphotovoltaic(83.3%,thesameasineconomicevaluation)incomplexityevaluation.KeyWords : 신재생에너지(NewandRenewableEnergy),공급의무비율(Supplyobligationsallotmentrate),KRESS프로그램(KRESSProgram),상위5%(Theupper5%),최적조합비율(Theoptimalcombinationratio)[논문] 한국태양에너지학회 논문집JournaloftheKoreanSolarEnergySocietyVol. 35, No. 6, 2015ISSN 1598-6411http://dx.doi.org/10.7836/kses.2015.35.6.051

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Renewable Energy

Architectural Engineering

Engineering

Electrical Engineering

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Renewable energy Architectural engineering Engineering Electrical engineering

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Type: article
Language: en
Landing Page: https://doi.org/10.7836/kses.2015.35.6.051
PDF: http://society.kisti.re.kr/sv/SV_svpsbs03V.do?method=download&cn1=JAKO201503264233009
OA Status: diamond
References: 3
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DOI: https://doi.org/10.7836/kses.2015.35.6.051

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Title: A Study on System Optimization according to the Supply Obligations Rate of New and Renewable Energy at an Indoor Gymnasium

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Type: article

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Language: en

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Publication year: 2015

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Publication date: 2015-12-30

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Authors: Yun-Ha Park, Y. K. Kim, An-Na Won, Jung-Ha Hwang

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Landing page: https://doi.org/10.7836/kses.2015.35.6.051

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Concepts: Renewable energy, Architectural engineering, Engineering, Electrical engineering

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abstract_inverted_index.Instatutesonthepromotionofdistributionofnewandrenewableenergy,whichwererevisedin2014,daylightsystemandfuelcellwereaddedinadditiontoexistingnewandrenewableenergysources.Thisstudy,therefore,aimedatsettinguptargetsfortheintroductionofdaylightsystemandanalyzingtheinstallationrateofnewandrenewableenergywhichcanbeprovidedbydaylightsystemfortheaggressiveuseofdaylightsystem,therebydeductingtheoptimalcombinationratiowithothernewandrenewableenergysources.Theresultsofthestudyareasfollows.First,whenaprism-shapeddaylightsystemwasinstalledtoaroundindoorgymnasiumamongdomesticindoorgymnasiums,outofasupplyobligationsallotmentrateof15%ofnewandrenewableenergy,therateofdaylightsystemwasbasicallysetat2.5%.Second,therefore,withdaylightsystemcomingfirst,thelackedsupplyobligationsratewastakenupbysolarphotovoltaic,solarheatandgeothermalheat.Inaddition,usingtheKRESSProgram,economic,technical,environmentalandcomplexityevaluationsfortheupper5%wasmade,deductingtheoptimalratioofthesystem.Theresultsproducedthefollowingoptimalcombinationratios:solarphotovoltaic(83.3%)ineconomicevaluation,solarheat(8.3%)andgeothermalheat(75%)intechnicalevaluation,solarphotovoltaic(83.3%)inenvironmentalevaluation,andsolarphotovoltaic(83.3%,thesameasineconomicevaluation)incomplexityevaluation.KeyWords	2
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