Modeling and simulation of indoor environment and building energy performance

• Autorzy: Kabele K
• Języki publikacji: EN

Abstrakty

EN

Contemporary development of architectural engineering and building services providing building operation is related to energy supply and use. The level of building dependence on energy is given by architect's priorities during conceptual design phase. Within existing traditional buildings it is possible to predict energy and environmental performance using empirical formulas, experience and simplified models, while within modern buildings it is difficult to describe synergy performance of particular building energy systems and its impact on indoor environment quality and energy performance. For these and other cases it is possible to use numerical modelling of building energy systems and create virtual laboratory to perform experiments with the building and to optimise building design. Different viewpoints are used to classify tools for building simulation. According to the method, detail level and model purpose following classes are classified: static models, simplified dynamic models, response function models, numerical methods models, analogy with electrical circuits and CFD (computational fluid dynamics) models. Keywords: performance simulation, low-energy building.

Słowa kluczowe

EN

performance simulation; low-energy building

PL

budynek energooszczędny; symulacja wydajności energetycznej budynków

• Wydawca: Instytut Fizyki Budowli Katarzyna i Piotr Klemm S.C.
• Czasopismo: Fizyka Budowli w Teorii i Praktyce
• Rocznik: 2011
• Tom: T. 6, nr 1
• Strony: 65--68
• Opis fizyczny: Bibliogr. 13 poz., fot., rys.

Twórcy

autor

Kabele K

• CTU in Prague, Faculty of Civil Engineering, Department of Microenvironmnetal and Builiding Services Engineering, Thakurova 7, Praha 6, Czech Republic

Bibliografia

• [1] Clarke J.A.: Energy Simulation in Building Design ISBN 0-85274-797-7, 1985 Bristol
• [2] ESRU: ESP-r A Building Energy Simulation Environment; User Guide Version 9 Series, ESRU Manual U96/1, University of Strathclyde, Energy Systems Research Unit, Glasgow. 1996
• [3] Forrest I. D.: Electrical Analogues: Theory, development and Application - MSc Thesis Un. of Strathclyde 1979
• [4] Kabele K., Hensen J.: Application of System Simulation to WCH Boiler Selection, in Proc. Building Simulation '97, Vol.11 pp. 141-147, International Building Performance Simulation Association IBPSA, Praha 1997
• [5] Vytlacil, D.: Matematicky simulaćni model tepelnych dynamickych procesu budov a energetickych systemu. Kandidatska disertaćni price : C.ved.ob.36-01-9. Dat.ob. 15.02.1994. - Praha : CVUT FSv, 1994. - 165 s.
• [6] Kabele K.: Modelovani a simulace energetickych systemu budov 1. Uvod. Topenafstvi - instalace, 1, s. 64-66. ISSN 1211-0906, 2000
• [7] Kabele K.: Modelovani a simulace energetickych systemu budov 2. Aplikace pocitacove simulace pfi optimalizaci koncepćniho feseni otopne soustavy, Topenafstvi - instalace, 2, s 50-52, ISSN 1211-0906, Praha 2000
• [8] Kabele, K. - Dvofakova, P.: Computer Aided Optimization of Local Cooling Design. In 8th REHVA World Congress Clima 2005 [CD-ROM].Laussane:, Rehva, 2005
• [9] Kabele K: Aplikace pocitacove simulace pfi feśeni teplovzdusneho vytapeni nizkoenergetickeho domu. Sbornik 1. narodni konference Simulace budov 2000,pp.65-72, Praha 28.9.2000, IBPSA CZ,2000, ISBN 80-02-01375-1, 2000
• [10] Krtkova, Z., Kabele, K.: Możnosti vyuziti simulaćniho programu ESP-r pro vypocet stfedni radiaćni teploty. Sbornik 1. narodni konference Simulace budov 2000, pp.96-101, Praha 28.9.2000, IBPSA CZ, 2000, ISBN 80-02-01375-1, 2000
• [11] Kabele,K., Centnerova,L.,Krtkova,Z.: Use of energy performance simulation for operation cost distribution in multipurpose conventional centre, Proceedings of the 7th international IBPSA conference Building Simulation , pp. 547-552, Rio de Janeiro, Brazilie, 12.8.-15.8.2001, ISBN 85-901939-2-6 , 60%,20% 20% VZ 3411125, 2001
• [12] http://www.pearcemccomish.com/eastgate.htm
• [13] http://www.svn.cz/cz/budovy/susice.htm