VIDRIH, Boris ;DOLINAR, Mojca ;MEDVED, Sašo . The Connection Between the Climate Change Model and a Building’s Thermal Response Model: A Case of Slovenia. Strojniški vestnik - Journal of Mechanical Engineering, [S.l.], v. 52, n.9, p. 568-586, august 2017. ISSN 0039-2480. Available at: <https://www.sv-jme.eu/sl/article/the-connection-between-the-climate-change-model-and-a-buildings-thermal-response-model-a-case-of-slovenia/>. Date accessed: 19 nov. 2024. doi:http://dx.doi.org/.
Vidrih, B., Dolinar, M., & Medved, S. (2006). The Connection Between the Climate Change Model and a Building’s Thermal Response Model: A Case of Slovenia. Strojniški vestnik - Journal of Mechanical Engineering, 52(9), 568-586. doi:http://dx.doi.org/
@article{.,
author = {Boris Vidrih and Mojca Dolinar and Sašo Medved},
title = {The Connection Between the Climate Change Model and a Building’s Thermal Response Model: A Case of Slovenia},
journal = {Strojniški vestnik - Journal of Mechanical Engineering},
volume = {52},
number = {9},
year = {2006},
keywords = {global climate change; numerical modelling; buildings thermal response; energy usage; Slovenia; },
abstract = {The world's leading climatologists believe that global climate changes are inevitable. The basis for this is the fact that we are already facing climate changes that will become even more significant in the future. The impact of climate changes is and will be noticeable in all fields of human activity; therefore, it will also influence the supply and demand of energy. Since we are observing a longer period of time, comparable to the lifespan of a building, and the amount of energy demanded is an important factor, it is necessary to adjust the building and the renovation of buildings to the predicted climate changes. The prediction of a building's thermal response is the basis for the integral planning of the building and building services installation with which we create suitable living conditions. In order to predict the expected changes in the building's thermal response in the future it is necessary to correct the available meteorological variable databases today. In this paper we present various climate-change scenaria expected for Slovenia and the methods for correcting the starting points of the local meteorological databases. For the correction we used simplified mathematical models with which we - by forming test reference years (TRYs) - elaborate corrected test reference years (CTRYs). The latter are used for declaring the changes in Strojniki vestnik - Journal of Mechanical Engineering 52(2006)9, 568-586 UDK - UDC 551.583:699.86:620.92(497.4) Pregledni znanstveni èlanek - Preview scientific paper (1.02) Strojniki vestnik - Journal of Mechanical Engineering 52(2006)9, 568-586 Povezava modela podnebnih sprememb - The Connection Between the Climate Change Model 569 energy demand in buildings and the effectiveness of a chosen building services installation that uses natural energy sources. As regards the predicted climate scenaria for the continental part of Slovenia, the energy use for heating buildings will be reduced by 1.5% to 31.4%. These climate changes will have a substantial influence on the thermal comfort in buildings during the summer. In the heavyweight and naturally ventilated residential buildings that are currently thermally comfortable, suitable summer temperatures will be exceeded during 20% to 33% of the summer. The effectiveness of natural and passive cooling techniques will radically change. In cooled buildings we can expect a 2-to-40-fold increase in the use of final (end-use) cooling energy when compared to today. The results presented in this paper confirm the fact that it is necessary to evaluate the consequences of global climate changes also from the point of view of energy use in buildings, their construction and building services installations.},
issn = {0039-2480}, pages = {568-586}, doi = {},
url = {https://www.sv-jme.eu/sl/article/the-connection-between-the-climate-change-model-and-a-buildings-thermal-response-model-a-case-of-slovenia/}
}
Vidrih, B.,Dolinar, M.,Medved, S. 2006 August 52. The Connection Between the Climate Change Model and a Building’s Thermal Response Model: A Case of Slovenia. Strojniški vestnik - Journal of Mechanical Engineering. [Online] 52:9
%A Vidrih, Boris %A Dolinar, Mojca %A Medved, Sašo %D 2006 %T The Connection Between the Climate Change Model and a Building’s Thermal Response Model: A Case of Slovenia %B 2006 %9 global climate change; numerical modelling; buildings thermal response; energy usage; Slovenia; %! The Connection Between the Climate Change Model and a Building’s Thermal Response Model: A Case of Slovenia %K global climate change; numerical modelling; buildings thermal response; energy usage; Slovenia; %X The world's leading climatologists believe that global climate changes are inevitable. The basis for this is the fact that we are already facing climate changes that will become even more significant in the future. The impact of climate changes is and will be noticeable in all fields of human activity; therefore, it will also influence the supply and demand of energy. Since we are observing a longer period of time, comparable to the lifespan of a building, and the amount of energy demanded is an important factor, it is necessary to adjust the building and the renovation of buildings to the predicted climate changes. The prediction of a building's thermal response is the basis for the integral planning of the building and building services installation with which we create suitable living conditions. In order to predict the expected changes in the building's thermal response in the future it is necessary to correct the available meteorological variable databases today. In this paper we present various climate-change scenaria expected for Slovenia and the methods for correcting the starting points of the local meteorological databases. For the correction we used simplified mathematical models with which we - by forming test reference years (TRYs) - elaborate corrected test reference years (CTRYs). The latter are used for declaring the changes in Strojniki vestnik - Journal of Mechanical Engineering 52(2006)9, 568-586 UDK - UDC 551.583:699.86:620.92(497.4) Pregledni znanstveni èlanek - Preview scientific paper (1.02) Strojniki vestnik - Journal of Mechanical Engineering 52(2006)9, 568-586 Povezava modela podnebnih sprememb - The Connection Between the Climate Change Model 569 energy demand in buildings and the effectiveness of a chosen building services installation that uses natural energy sources. As regards the predicted climate scenaria for the continental part of Slovenia, the energy use for heating buildings will be reduced by 1.5% to 31.4%. These climate changes will have a substantial influence on the thermal comfort in buildings during the summer. In the heavyweight and naturally ventilated residential buildings that are currently thermally comfortable, suitable summer temperatures will be exceeded during 20% to 33% of the summer. The effectiveness of natural and passive cooling techniques will radically change. In cooled buildings we can expect a 2-to-40-fold increase in the use of final (end-use) cooling energy when compared to today. The results presented in this paper confirm the fact that it is necessary to evaluate the consequences of global climate changes also from the point of view of energy use in buildings, their construction and building services installations. %U https://www.sv-jme.eu/sl/article/the-connection-between-the-climate-change-model-and-a-buildings-thermal-response-model-a-case-of-slovenia/ %0 Journal Article %R %& 568 %P 19 %J Strojniški vestnik - Journal of Mechanical Engineering %V 52 %N 9 %@ 0039-2480 %8 2017-08-18 %7 2017-08-18
Vidrih, Boris, Mojca Dolinar, & Sašo Medved. "The Connection Between the Climate Change Model and a Building’s Thermal Response Model: A Case of Slovenia." Strojniški vestnik - Journal of Mechanical Engineering [Online], 52.9 (2006): 568-586. Web. 19 Nov. 2024
TY - JOUR AU - Vidrih, Boris AU - Dolinar, Mojca AU - Medved, Sašo PY - 2006 TI - The Connection Between the Climate Change Model and a Building’s Thermal Response Model: A Case of Slovenia JF - Strojniški vestnik - Journal of Mechanical Engineering DO - KW - global climate change; numerical modelling; buildings thermal response; energy usage; Slovenia; N2 - The world's leading climatologists believe that global climate changes are inevitable. The basis for this is the fact that we are already facing climate changes that will become even more significant in the future. The impact of climate changes is and will be noticeable in all fields of human activity; therefore, it will also influence the supply and demand of energy. Since we are observing a longer period of time, comparable to the lifespan of a building, and the amount of energy demanded is an important factor, it is necessary to adjust the building and the renovation of buildings to the predicted climate changes. The prediction of a building's thermal response is the basis for the integral planning of the building and building services installation with which we create suitable living conditions. In order to predict the expected changes in the building's thermal response in the future it is necessary to correct the available meteorological variable databases today. In this paper we present various climate-change scenaria expected for Slovenia and the methods for correcting the starting points of the local meteorological databases. For the correction we used simplified mathematical models with which we - by forming test reference years (TRYs) - elaborate corrected test reference years (CTRYs). The latter are used for declaring the changes in Strojniki vestnik - Journal of Mechanical Engineering 52(2006)9, 568-586 UDK - UDC 551.583:699.86:620.92(497.4) Pregledni znanstveni èlanek - Preview scientific paper (1.02) Strojniki vestnik - Journal of Mechanical Engineering 52(2006)9, 568-586 Povezava modela podnebnih sprememb - The Connection Between the Climate Change Model 569 energy demand in buildings and the effectiveness of a chosen building services installation that uses natural energy sources. As regards the predicted climate scenaria for the continental part of Slovenia, the energy use for heating buildings will be reduced by 1.5% to 31.4%. These climate changes will have a substantial influence on the thermal comfort in buildings during the summer. In the heavyweight and naturally ventilated residential buildings that are currently thermally comfortable, suitable summer temperatures will be exceeded during 20% to 33% of the summer. The effectiveness of natural and passive cooling techniques will radically change. In cooled buildings we can expect a 2-to-40-fold increase in the use of final (end-use) cooling energy when compared to today. The results presented in this paper confirm the fact that it is necessary to evaluate the consequences of global climate changes also from the point of view of energy use in buildings, their construction and building services installations. UR - https://www.sv-jme.eu/sl/article/the-connection-between-the-climate-change-model-and-a-buildings-thermal-response-model-a-case-of-slovenia/
@article{{}{.},
author = {Vidrih, B., Dolinar, M., Medved, S.},
title = {The Connection Between the Climate Change Model and a Building’s Thermal Response Model: A Case of Slovenia},
journal = {Strojniški vestnik - Journal of Mechanical Engineering},
volume = {52},
number = {9},
year = {2006},
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url = {https://www.sv-jme.eu/sl/article/the-connection-between-the-climate-change-model-and-a-buildings-thermal-response-model-a-case-of-slovenia/}
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TY - JOUR AU - Vidrih, Boris AU - Dolinar, Mojca AU - Medved, Sašo PY - 2017/08/18 TI - The Connection Between the Climate Change Model and a Building’s Thermal Response Model: A Case of Slovenia JF - Strojniški vestnik - Journal of Mechanical Engineering; Vol 52, No 9 (2006): Strojniški vestnik - Journal of Mechanical Engineering DO - KW - global climate change, numerical modelling, buildings thermal response, energy usage, Slovenia, N2 - The world's leading climatologists believe that global climate changes are inevitable. The basis for this is the fact that we are already facing climate changes that will become even more significant in the future. The impact of climate changes is and will be noticeable in all fields of human activity; therefore, it will also influence the supply and demand of energy. Since we are observing a longer period of time, comparable to the lifespan of a building, and the amount of energy demanded is an important factor, it is necessary to adjust the building and the renovation of buildings to the predicted climate changes. The prediction of a building's thermal response is the basis for the integral planning of the building and building services installation with which we create suitable living conditions. In order to predict the expected changes in the building's thermal response in the future it is necessary to correct the available meteorological variable databases today. In this paper we present various climate-change scenaria expected for Slovenia and the methods for correcting the starting points of the local meteorological databases. For the correction we used simplified mathematical models with which we - by forming test reference years (TRYs) - elaborate corrected test reference years (CTRYs). The latter are used for declaring the changes in Strojniki vestnik - Journal of Mechanical Engineering 52(2006)9, 568-586 UDK - UDC 551.583:699.86:620.92(497.4) Pregledni znanstveni èlanek - Preview scientific paper (1.02) Strojniki vestnik - Journal of Mechanical Engineering 52(2006)9, 568-586 Povezava modela podnebnih sprememb - The Connection Between the Climate Change Model 569 energy demand in buildings and the effectiveness of a chosen building services installation that uses natural energy sources. As regards the predicted climate scenaria for the continental part of Slovenia, the energy use for heating buildings will be reduced by 1.5% to 31.4%. These climate changes will have a substantial influence on the thermal comfort in buildings during the summer. In the heavyweight and naturally ventilated residential buildings that are currently thermally comfortable, suitable summer temperatures will be exceeded during 20% to 33% of the summer. The effectiveness of natural and passive cooling techniques will radically change. In cooled buildings we can expect a 2-to-40-fold increase in the use of final (end-use) cooling energy when compared to today. The results presented in this paper confirm the fact that it is necessary to evaluate the consequences of global climate changes also from the point of view of energy use in buildings, their construction and building services installations. UR - https://www.sv-jme.eu/sl/article/the-connection-between-the-climate-change-model-and-a-buildings-thermal-response-model-a-case-of-slovenia/
Vidrih, Boris, Dolinar, Mojca, AND Medved, Sašo. "The Connection Between the Climate Change Model and a Building’s Thermal Response Model: A Case of Slovenia" Strojniški vestnik - Journal of Mechanical Engineering [Online], Volume 52 Number 9 (18 August 2017)
Strojniški vestnik - Journal of Mechanical Engineering 52(2006)9, 568-586
© The Authors, CC-BY 4.0 Int. Change in copyright policy from 2022, Jan 1st.
The world's leading climatologists believe that global climate changes are inevitable. The basis for this is the fact that we are already facing climate changes that will become even more significant in the future. The impact of climate changes is and will be noticeable in all fields of human activity; therefore, it will also influence the supply and demand of energy. Since we are observing a longer period of time, comparable to the lifespan of a building, and the amount of energy demanded is an important factor, it is necessary to adjust the building and the renovation of buildings to the predicted climate changes. The prediction of a building's thermal response is the basis for the integral planning of the building and building services installation with which we create suitable living conditions. In order to predict the expected changes in the building's thermal response in the future it is necessary to correct the available meteorological variable databases today. In this paper we present various climate-change scenaria expected for Slovenia and the methods for correcting the starting points of the local meteorological databases. For the correction we used simplified mathematical models with which we - by forming test reference years (TRYs) - elaborate corrected test reference years (CTRYs). The latter are used for declaring the changes in Strojniki vestnik - Journal of Mechanical Engineering 52(2006)9, 568-586 UDK - UDC 551.583:699.86:620.92(497.4) Pregledni znanstveni èlanek - Preview scientific paper (1.02) Strojniki vestnik - Journal of Mechanical Engineering 52(2006)9, 568-586 Povezava modela podnebnih sprememb - The Connection Between the Climate Change Model 569 energy demand in buildings and the effectiveness of a chosen building services installation that uses natural energy sources. As regards the predicted climate scenaria for the continental part of Slovenia, the energy use for heating buildings will be reduced by 1.5% to 31.4%. These climate changes will have a substantial influence on the thermal comfort in buildings during the summer. In the heavyweight and naturally ventilated residential buildings that are currently thermally comfortable, suitable summer temperatures will be exceeded during 20% to 33% of the summer. The effectiveness of natural and passive cooling techniques will radically change. In cooled buildings we can expect a 2-to-40-fold increase in the use of final (end-use) cooling energy when compared to today. The results presented in this paper confirm the fact that it is necessary to evaluate the consequences of global climate changes also from the point of view of energy use in buildings, their construction and building services installations.