Abstract
In connection with the renovation of the boiler room and the roof in a block of flats at Hjoernegaarden, Roskilde, a solar heating system was installed for space and water heating. The area of the solar collector is 144 square meters for 43 flats so that each flat has a larger area of solar collector than is normally found. The collector is mounted on a south-facing roof surface slanting at an angle of 45 degrees. degrees and it supplies a storage tank with a volume of 10 cubic meters located in the boiler room down in the cellar. The solar heating system is connected to the building`s heating and domestic water plants but it is the solar heating system that primarily heats the domestic water supply, though it is also used to supplement the space heating during the spring and autumn months. The design and and results of measurements taken over a period of one year are presented. (AB)
Citation Formats
Balslev-Olesen, O.
Measurement and evaluation of the solar heating system at Hjoernegaarden; Maaling og evaluering af solvarmeanlaegget paa Hjoernegaarden.
Denmark: N. p.,
1994.
Web.
Balslev-Olesen, O.
Measurement and evaluation of the solar heating system at Hjoernegaarden; Maaling og evaluering af solvarmeanlaegget paa Hjoernegaarden.
Denmark.
Balslev-Olesen, O.
1994.
"Measurement and evaluation of the solar heating system at Hjoernegaarden; Maaling og evaluering af solvarmeanlaegget paa Hjoernegaarden."
Denmark.
@misc{etde_10105192,
title = {Measurement and evaluation of the solar heating system at Hjoernegaarden; Maaling og evaluering af solvarmeanlaegget paa Hjoernegaarden}
author = {Balslev-Olesen, O}
abstractNote = {In connection with the renovation of the boiler room and the roof in a block of flats at Hjoernegaarden, Roskilde, a solar heating system was installed for space and water heating. The area of the solar collector is 144 square meters for 43 flats so that each flat has a larger area of solar collector than is normally found. The collector is mounted on a south-facing roof surface slanting at an angle of 45 degrees. degrees and it supplies a storage tank with a volume of 10 cubic meters located in the boiler room down in the cellar. The solar heating system is connected to the building`s heating and domestic water plants but it is the solar heating system that primarily heats the domestic water supply, though it is also used to supplement the space heating during the spring and autumn months. The design and and results of measurements taken over a period of one year are presented. (AB)}
place = {Denmark}
year = {1994}
month = {Oct}
}
title = {Measurement and evaluation of the solar heating system at Hjoernegaarden; Maaling og evaluering af solvarmeanlaegget paa Hjoernegaarden}
author = {Balslev-Olesen, O}
abstractNote = {In connection with the renovation of the boiler room and the roof in a block of flats at Hjoernegaarden, Roskilde, a solar heating system was installed for space and water heating. The area of the solar collector is 144 square meters for 43 flats so that each flat has a larger area of solar collector than is normally found. The collector is mounted on a south-facing roof surface slanting at an angle of 45 degrees. degrees and it supplies a storage tank with a volume of 10 cubic meters located in the boiler room down in the cellar. The solar heating system is connected to the building`s heating and domestic water plants but it is the solar heating system that primarily heats the domestic water supply, though it is also used to supplement the space heating during the spring and autumn months. The design and and results of measurements taken over a period of one year are presented. (AB)}
place = {Denmark}
year = {1994}
month = {Oct}
}