Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Energy Conservation Town Block at Uppsala
On selected housing estates at six locations in Sweden: Malmoe, Goeteborg, Sundbyberg, Uppsala, Umeaa and Kiruna, energy conservation measures were planned and implemented with the object of finding the savings effect and cost effectiveness of each of these measures. This project sets out the results obtained on the housing estate Rangstroem 2 at Uppsala. The report is introduced by general information concerning the buildings, preliminary investigations and planned measures. This is followed by energy calculation models, observations concerning the energy conservation measures, measurement results and evaluations. The report is concluded by instructions for running these residential buildings which had been drawn up and put into practice. In the two stages concerned, the following results were obtained with regard to energy savings and the cost of the measures, in relation to the reference building. Stage 1, Weather proofing of external walls and windows. Alteration of ventilation installation 25 percent SEK 84.3 per m/sp2/ net floor area. Stage 2, Conversion of ventilation in underfloor space from fresh air to indoor air ventilation, 30 percent SEK 32.9 per m/sp2/ net floor area. Balancing of heating system. Conversion of windows (1 building) 40 percent SEK 66.8 per m/sp2/ net floor area. The report also contains information concerning the experiences obtained in relation to the remedial measures, the attitude of the tenants to the remedial works, the way the instructions for running the buildings have worked, etc. (ERA citation 13:036561)
Energy Conservation Town Block at Uppsala
On selected housing estates at six locations in Sweden: Malmoe, Goeteborg, Sundbyberg, Uppsala, Umeaa and Kiruna, energy conservation measures were planned and implemented with the object of finding the savings effect and cost effectiveness of each of these measures. This project sets out the results obtained on the housing estate Rangstroem 2 at Uppsala. The report is introduced by general information concerning the buildings, preliminary investigations and planned measures. This is followed by energy calculation models, observations concerning the energy conservation measures, measurement results and evaluations. The report is concluded by instructions for running these residential buildings which had been drawn up and put into practice. In the two stages concerned, the following results were obtained with regard to energy savings and the cost of the measures, in relation to the reference building. Stage 1, Weather proofing of external walls and windows. Alteration of ventilation installation 25 percent SEK 84.3 per m/sp2/ net floor area. Stage 2, Conversion of ventilation in underfloor space from fresh air to indoor air ventilation, 30 percent SEK 32.9 per m/sp2/ net floor area. Balancing of heating system. Conversion of windows (1 building) 40 percent SEK 66.8 per m/sp2/ net floor area. The report also contains information concerning the experiences obtained in relation to the remedial measures, the attitude of the tenants to the remedial works, the way the instructions for running the buildings have worked, etc. (ERA citation 13:036561)
Energy Conservation Town Block at Uppsala
S. E. Bjerkling (Autor:in)
1986
122 pages
Report
Keine Angabe
Englisch
Architectural Design & Environmental Engineering , Energy Use, Supply, & Demand , Heating & Cooling Systems , Residential Buildings , Energy Conservation , Cost , Energy Analysis , Evaluation , Heating Systems , Ventilation , Walls , Windows , Foreign technology , ERDA/320107 , ERDA/320106 , ERDA/291000
Aangstroemlaboratoriet, Uppsala
| British Library Online Contents | 1999
Online Contents | 1999
Universitetshistoriskt museum, Uppsala
| British Library Online Contents | 1999
Universitetshistoriskt museum. Uppsala.
| Online Contents | 1999
Waste-to-Energy Solutions in Uppsala, Sweden
| Springer Verlag | 2019