Abstract
A 16 m{sup 2} solar heating system for a summer cottage at Gilleleje has been measured. Solar heating system supplies heat for purposes of domestic hot water, floors and indoor swimming pool. Supplementary heat is supplied by an electric boiler. Measurements were accomplished in the period 19 May 1993 - 27 November 1993, by means of 5 heat flow meters, read once a week. During the measuring period there have been no system failures. The system has been found to have a reasonable thermal effect per m{sup 2} solar collector, as the annual effect in a reference year is estimated to be 300kWh/m{sup 2} per year gross (i.e. solar energy collected in the solar circuit) and 250kWh/m{sup 2} per year net (i.e. useful solar heat, consumption - el-backup). This evaluation should be considered approximate only, as it is based on general presumptions. (EG)
Citation Formats
Ellehauge, K.
Measurements of solar heating system for a summer cottage at Gilleleje. Solar heating system for combined heating of domestic water, floors, swimming pool etc; Maalinger til solvarmeanlaeg til sommerhus i Gilleleje; Et solvarmeanlaeg til kombineret opvarmning af brugsvand, gulvvarme, svoemmebassin m.m.
Denmark: N. p.,
1993.
Web.
Ellehauge, K.
Measurements of solar heating system for a summer cottage at Gilleleje. Solar heating system for combined heating of domestic water, floors, swimming pool etc; Maalinger til solvarmeanlaeg til sommerhus i Gilleleje; Et solvarmeanlaeg til kombineret opvarmning af brugsvand, gulvvarme, svoemmebassin m.m.
Denmark.
Ellehauge, K.
1993.
"Measurements of solar heating system for a summer cottage at Gilleleje. Solar heating system for combined heating of domestic water, floors, swimming pool etc; Maalinger til solvarmeanlaeg til sommerhus i Gilleleje; Et solvarmeanlaeg til kombineret opvarmning af brugsvand, gulvvarme, svoemmebassin m.m."
Denmark.
@misc{etde_10149178,
title = {Measurements of solar heating system for a summer cottage at Gilleleje. Solar heating system for combined heating of domestic water, floors, swimming pool etc; Maalinger til solvarmeanlaeg til sommerhus i Gilleleje; Et solvarmeanlaeg til kombineret opvarmning af brugsvand, gulvvarme, svoemmebassin m.m}
author = {Ellehauge, K}
abstractNote = {A 16 m{sup 2} solar heating system for a summer cottage at Gilleleje has been measured. Solar heating system supplies heat for purposes of domestic hot water, floors and indoor swimming pool. Supplementary heat is supplied by an electric boiler. Measurements were accomplished in the period 19 May 1993 - 27 November 1993, by means of 5 heat flow meters, read once a week. During the measuring period there have been no system failures. The system has been found to have a reasonable thermal effect per m{sup 2} solar collector, as the annual effect in a reference year is estimated to be 300kWh/m{sup 2} per year gross (i.e. solar energy collected in the solar circuit) and 250kWh/m{sup 2} per year net (i.e. useful solar heat, consumption - el-backup). This evaluation should be considered approximate only, as it is based on general presumptions. (EG)}
place = {Denmark}
year = {1993}
month = {Dec}
}
title = {Measurements of solar heating system for a summer cottage at Gilleleje. Solar heating system for combined heating of domestic water, floors, swimming pool etc; Maalinger til solvarmeanlaeg til sommerhus i Gilleleje; Et solvarmeanlaeg til kombineret opvarmning af brugsvand, gulvvarme, svoemmebassin m.m}
author = {Ellehauge, K}
abstractNote = {A 16 m{sup 2} solar heating system for a summer cottage at Gilleleje has been measured. Solar heating system supplies heat for purposes of domestic hot water, floors and indoor swimming pool. Supplementary heat is supplied by an electric boiler. Measurements were accomplished in the period 19 May 1993 - 27 November 1993, by means of 5 heat flow meters, read once a week. During the measuring period there have been no system failures. The system has been found to have a reasonable thermal effect per m{sup 2} solar collector, as the annual effect in a reference year is estimated to be 300kWh/m{sup 2} per year gross (i.e. solar energy collected in the solar circuit) and 250kWh/m{sup 2} per year net (i.e. useful solar heat, consumption - el-backup). This evaluation should be considered approximate only, as it is based on general presumptions. (EG)}
place = {Denmark}
year = {1993}
month = {Dec}
}