A New Method of Technical Analysis to Optimise the Design of Low Impact Energy Systems for Buildings

Energy consumption for civil constructions represents about 40% of total energy requirements, so it is necessary to achieve the goal of energy savings and the consequent reduction of greenhouse gases emissions. The study in content aims to provide a design methodology enables to identify the best...

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Main Authors:	Roberto De Lieto Vollaro, Matteo Calvesi, Gabriele Battista, Luca Evangelisti, Paola Gori, Claudia Guattari
Format:	Article
Language:	English
Published:	Taiwan Association of Engineering and Technology Innovation 2013-10-01
Series:	International Journal of Engineering and Technology Innovation
Subjects:	RETScreen TRNSYS historical buildings energy efficiency conditioning CCHP
Online Access:	http://sparc.nfu.edu.tw/~ijeti/download/V3-no4-241-250.pdf

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spelling	doaj-b5f52b73c22b48769f30197ef185aa7e2020-11-24T22:42:37ZengTaiwan Association of Engineering and Technology InnovationInternational Journal of Engineering and Technology Innovation2223-53292226-809X2013-10-0134241250A New Method of Technical Analysis to Optimise the Design of Low Impact Energy Systems for BuildingsRoberto De Lieto Vollaro0Matteo Calvesi1 Gabriele Battista2 Luca Evangelisti3 Paola Gori4Claudia Guattari5University of Roma TreUniversity of Roma TreUniversity of Roma TreUniversity of Roma TreUniversity of Roma TreUniversity of Roma TreEnergy consumption for civil constructions represents about 40% of total energy requirements, so it is necessary to achieve the goal of energy savings and the consequent reduction of greenhouse gases emissions. The study in content aims to provide a design methodology enables to identify the best plant configuration for buildings from a technical, economic and environmental point of view. To assess validity of the calculation model, an analysis of an historical building was carried out in combination with two softwares of proven reliability: TRNSYS, used to evaluate the thermal demand of users, and RETScreen, used to estimate the validity of the chosen energy model.http://sparc.nfu.edu.tw/~ijeti/download/V3-no4-241-250.pdfRETScreenTRNSYShistorical buildingsenergy efficiencyconditioningCCHP
collection	DOAJ
language	English
format	Article
sources	DOAJ
author	Roberto De Lieto Vollaro Matteo Calvesi Gabriele Battista Luca Evangelisti Paola Gori Claudia Guattari
spellingShingle	Roberto De Lieto Vollaro Matteo Calvesi Gabriele Battista Luca Evangelisti Paola Gori Claudia Guattari A New Method of Technical Analysis to Optimise the Design of Low Impact Energy Systems for Buildings International Journal of Engineering and Technology Innovation RETScreen TRNSYS historical buildings energy efficiency conditioning CCHP
author_facet	Roberto De Lieto Vollaro Matteo Calvesi Gabriele Battista Luca Evangelisti Paola Gori Claudia Guattari
author_sort	Roberto De Lieto Vollaro
title	A New Method of Technical Analysis to Optimise the Design of Low Impact Energy Systems for Buildings
title_short	A New Method of Technical Analysis to Optimise the Design of Low Impact Energy Systems for Buildings
title_full	A New Method of Technical Analysis to Optimise the Design of Low Impact Energy Systems for Buildings
title_fullStr	A New Method of Technical Analysis to Optimise the Design of Low Impact Energy Systems for Buildings
title_full_unstemmed	A New Method of Technical Analysis to Optimise the Design of Low Impact Energy Systems for Buildings
title_sort	new method of technical analysis to optimise the design of low impact energy systems for buildings
publisher	Taiwan Association of Engineering and Technology Innovation
series	International Journal of Engineering and Technology Innovation
issn	2223-5329 2226-809X
publishDate	2013-10-01
description	Energy consumption for civil constructions represents about 40% of total energy requirements, so it is necessary to achieve the goal of energy savings and the consequent reduction of greenhouse gases emissions. The study in content aims to provide a design methodology enables to identify the best plant configuration for buildings from a technical, economic and environmental point of view. To assess validity of the calculation model, an analysis of an historical building was carried out in combination with two softwares of proven reliability: TRNSYS, used to evaluate the thermal demand of users, and RETScreen, used to estimate the validity of the chosen energy model.
topic	RETScreen TRNSYS historical buildings energy efficiency conditioning CCHP
url	http://sparc.nfu.edu.tw/~ijeti/download/V3-no4-241-250.pdf
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A New Method of Technical Analysis to Optimise the Design of Low Impact Energy Systems for Buildings

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