Abstract
With the help of a computerized simulation programme, a small hot water container for use in houses was dimensioned. The aim was to design a cheap and simple facility which, within a solar heating system heating system, could be used as a container where a supplementary heat source, in the form of hot water, could be added at the top. Two heat storage concepts were investigated, one was for use in connection with a smaller gas-fired boiler involving small heat losses, which meant that it would not be necessary to shut down the boiler in the summer, and the other was for use in connection with boilers involving large heat losses where it is necessary to shut down the boiler during the summer and use an electric cartridge located in the upper part of the storage facility as the source of supplementary heat. The guidelines for the dimensioning of these types of heat storage facilities are presented in detail. (AB)
Citation Formats
Oestergaard Jensen, S.
Small hot water containers that can be used as a stand-by within a solar heating system. Guidelines for dimensioning; Smaa solvarmeforberedte varmtvandsbeholdere. Retningslinier for dimensionering.
Denmark: N. p.,
1994.
Web.
Oestergaard Jensen, S.
Small hot water containers that can be used as a stand-by within a solar heating system. Guidelines for dimensioning; Smaa solvarmeforberedte varmtvandsbeholdere. Retningslinier for dimensionering.
Denmark.
Oestergaard Jensen, S.
1994.
"Small hot water containers that can be used as a stand-by within a solar heating system. Guidelines for dimensioning; Smaa solvarmeforberedte varmtvandsbeholdere. Retningslinier for dimensionering."
Denmark.
@misc{etde_10105148,
title = {Small hot water containers that can be used as a stand-by within a solar heating system. Guidelines for dimensioning; Smaa solvarmeforberedte varmtvandsbeholdere. Retningslinier for dimensionering}
author = {Oestergaard Jensen, S}
abstractNote = {With the help of a computerized simulation programme, a small hot water container for use in houses was dimensioned. The aim was to design a cheap and simple facility which, within a solar heating system heating system, could be used as a container where a supplementary heat source, in the form of hot water, could be added at the top. Two heat storage concepts were investigated, one was for use in connection with a smaller gas-fired boiler involving small heat losses, which meant that it would not be necessary to shut down the boiler in the summer, and the other was for use in connection with boilers involving large heat losses where it is necessary to shut down the boiler during the summer and use an electric cartridge located in the upper part of the storage facility as the source of supplementary heat. The guidelines for the dimensioning of these types of heat storage facilities are presented in detail. (AB)}
place = {Denmark}
year = {1994}
month = {Sep}
}
title = {Small hot water containers that can be used as a stand-by within a solar heating system. Guidelines for dimensioning; Smaa solvarmeforberedte varmtvandsbeholdere. Retningslinier for dimensionering}
author = {Oestergaard Jensen, S}
abstractNote = {With the help of a computerized simulation programme, a small hot water container for use in houses was dimensioned. The aim was to design a cheap and simple facility which, within a solar heating system heating system, could be used as a container where a supplementary heat source, in the form of hot water, could be added at the top. Two heat storage concepts were investigated, one was for use in connection with a smaller gas-fired boiler involving small heat losses, which meant that it would not be necessary to shut down the boiler in the summer, and the other was for use in connection with boilers involving large heat losses where it is necessary to shut down the boiler during the summer and use an electric cartridge located in the upper part of the storage facility as the source of supplementary heat. The guidelines for the dimensioning of these types of heat storage facilities are presented in detail. (AB)}
place = {Denmark}
year = {1994}
month = {Sep}
}