Analiza performanţelor energetice şi de mediu ale unui captator solar pe întreaga durată de viaţă a acestuia în condiţii climatice specifice României

The paper has as main objective the energy and environmental performances analysis of a solar thermal collector for domestic hot water, during its entire life cycle, in the specific climatic conditions of Romania. An energy analysis taking into account the energy flows which appear during all phases...

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Main Authors: Mihai-Lucian Radu, Horia Petran
Format: Article
Language:English
Published: NR&DI URBAN-INCERC 2012-03-01
Series:Urbanism. Arhitectura. Constructii
Subjects:
Online Access:http://uac.incd.ro/Art/v3n1a07.pdf
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spelling doaj-a4ae2efb7c8548088a20b310bb2ec9912021-05-02T09:09:06ZengNR&DI URBAN-INCERCUrbanism. Arhitectura. Constructii2069-05092069-64692012-03-01315360Analiza performanţelor energetice şi de mediu ale unui captator solar pe întreaga durată de viaţă a acestuia în condiţii climatice specifice RomânieiMihai-Lucian RaduHoria PetranThe paper has as main objective the energy and environmental performances analysis of a solar thermal collector for domestic hot water, during its entire life cycle, in the specific climatic conditions of Romania. An energy analysis taking into account the energy flows which appear during all phases of the life cycle is presented, taking into consideration the energy obtained by the solar collector and the energy consumed during production process, transport, installation, maintenance, disposal. These processes generally consume energy produced in a classical way, from fossil fuels, so different pollutants are generated. Under these circumstances it’s interesting to observe if the studied equipment is a truly ecological one, managing to produce sufficient energy to counterbalance energy consumption and pollutants release production processses, normal use and disposal. The analysis is performed using available data at European level considering the production of solar thermal collectors. The energy produced by the system is computed based on climatic data for Bucharest (outdoor temperature and solar radiation).http://uac.incd.ro/Art/v3n1a07.pdflife cycle assessmentrenewable energysolar thermal collector
collection DOAJ
language English
format Article
sources DOAJ
author Mihai-Lucian Radu
Horia Petran
spellingShingle Mihai-Lucian Radu
Horia Petran
Analiza performanţelor energetice şi de mediu ale unui captator solar pe întreaga durată de viaţă a acestuia în condiţii climatice specifice României
Urbanism. Arhitectura. Constructii
life cycle assessment
renewable energy
solar thermal collector
author_facet Mihai-Lucian Radu
Horia Petran
author_sort Mihai-Lucian Radu
title Analiza performanţelor energetice şi de mediu ale unui captator solar pe întreaga durată de viaţă a acestuia în condiţii climatice specifice României
title_short Analiza performanţelor energetice şi de mediu ale unui captator solar pe întreaga durată de viaţă a acestuia în condiţii climatice specifice României
title_full Analiza performanţelor energetice şi de mediu ale unui captator solar pe întreaga durată de viaţă a acestuia în condiţii climatice specifice României
title_fullStr Analiza performanţelor energetice şi de mediu ale unui captator solar pe întreaga durată de viaţă a acestuia în condiţii climatice specifice României
title_full_unstemmed Analiza performanţelor energetice şi de mediu ale unui captator solar pe întreaga durată de viaţă a acestuia în condiţii climatice specifice României
title_sort analiza performanţelor energetice şi de mediu ale unui captator solar pe întreaga durată de viaţă a acestuia în condiţii climatice specifice româniei
publisher NR&DI URBAN-INCERC
series Urbanism. Arhitectura. Constructii
issn 2069-0509
2069-6469
publishDate 2012-03-01
description The paper has as main objective the energy and environmental performances analysis of a solar thermal collector for domestic hot water, during its entire life cycle, in the specific climatic conditions of Romania. An energy analysis taking into account the energy flows which appear during all phases of the life cycle is presented, taking into consideration the energy obtained by the solar collector and the energy consumed during production process, transport, installation, maintenance, disposal. These processes generally consume energy produced in a classical way, from fossil fuels, so different pollutants are generated. Under these circumstances it’s interesting to observe if the studied equipment is a truly ecological one, managing to produce sufficient energy to counterbalance energy consumption and pollutants release production processses, normal use and disposal. The analysis is performed using available data at European level considering the production of solar thermal collectors. The energy produced by the system is computed based on climatic data for Bucharest (outdoor temperature and solar radiation).
topic life cycle assessment
renewable energy
solar thermal collector
url http://uac.incd.ro/Art/v3n1a07.pdf
work_keys_str_mv AT mihailucianradu analizaperformantelorenergeticesidemediualeunuicaptatorsolarpeintreagaduratadeviataaacestuiainconditiiclimaticespecificeromaniei
AT horiapetran analizaperformantelorenergeticesidemediualeunuicaptatorsolarpeintreagaduratadeviataaacestuiainconditiiclimaticespecificeromaniei
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