Ödrift av sportfastigheter
Self-sufficient energy systems have been established as a local solution to the global increase in energy demand. This project, in collaboration with Sportfastigheter AB, aims to investigate the potential for energy self-sufficiency of sports facilities within Uppsala kommun. Three facilities were c...
| Autores principales: | , , , , , , |
|---|---|
| Formato: | First cycle, G2E |
| Lenguaje: | sueco sueco |
| Publicado: |
2022
|
| Materias: | |
| Acceso en línea: | https://stud.epsilon.slu.se/17783/ |
| _version_ | 1855572952397905920 |
|---|---|
| author | Andersson, Waldemar Backlund, Erik Maier, Johan Söderberg, Oskar Traneus, Henrik Yu, Qiancheng Jatzkowski, Maximilian |
| author_browse | Andersson, Waldemar Backlund, Erik Jatzkowski, Maximilian Maier, Johan Söderberg, Oskar Traneus, Henrik Yu, Qiancheng |
| author_facet | Andersson, Waldemar Backlund, Erik Maier, Johan Söderberg, Oskar Traneus, Henrik Yu, Qiancheng Jatzkowski, Maximilian |
| author_sort | Andersson, Waldemar |
| collection | Epsilon Archive for Student Projects |
| description | Self-sufficient energy systems have been established as a local solution to the global increase in energy demand. This project, in collaboration with Sportfastigheter AB, aims to investigate the potential for energy self-sufficiency of sports facilities within Uppsala kommun. Three facilities were chosen: Bälinge IP, Ekebyvallen IP and Sunnersta IP. A comprehensive study was conducted for Bälinge IP, which included data collection, model building in Matlab, simulation and analysis combined with a brief economic analysis. More streamlined studies were carried out for Ekebyvallen and Sunnersta IP.
Three different cases were proposed. Case 1 aims to establish net self-sufficiency over a year for a chosen facility within a budget of 500 000 SEK. Case 2 aims to establish net self-sufficiency for a chosen facility exceeding a budget of 500 000 SEK but within reason; and case 3 aims to make the chosen facility entirely self-sufficient, to an extent where it could be decoupled from the grid and still function at capacity year-round. Case 3 is approached with no budgetary limitations. For case 1 & 2 established technologies such as photovoltaic cells and geothermal heat pumps were utilized, whereas case 3 also included more recent technological advancements within insulation, heat recycling and hydrogen fuel cell technology.
The report concludes that achieving net self-sufficiency is possible within the budget limit for cases 1 & 2, and complete self-sufficiency is possible albeit expensive for case 3. Due to the geographical and climatological limitations in Sweden self-sufficiency is difficult to achieve without substantially increasing the capital investment. |
| format | First cycle, G2E |
| id | RepoSLU17783 |
| institution | Swedish University of Agricultural Sciences |
| language | Swedish swe |
| publishDate | 2022 |
| publishDateSort | 2022 |
| record_format | eprints |
| spelling | RepoSLU177832022-06-03T01:00:21Z https://stud.epsilon.slu.se/17783/ Ödrift av sportfastigheter Andersson, Waldemar Backlund, Erik Maier, Johan Söderberg, Oskar Traneus, Henrik Yu, Qiancheng Jatzkowski, Maximilian Energy resources management Renewable energy resources Technology Self-sufficient energy systems have been established as a local solution to the global increase in energy demand. This project, in collaboration with Sportfastigheter AB, aims to investigate the potential for energy self-sufficiency of sports facilities within Uppsala kommun. Three facilities were chosen: Bälinge IP, Ekebyvallen IP and Sunnersta IP. A comprehensive study was conducted for Bälinge IP, which included data collection, model building in Matlab, simulation and analysis combined with a brief economic analysis. More streamlined studies were carried out for Ekebyvallen and Sunnersta IP. Three different cases were proposed. Case 1 aims to establish net self-sufficiency over a year for a chosen facility within a budget of 500 000 SEK. Case 2 aims to establish net self-sufficiency for a chosen facility exceeding a budget of 500 000 SEK but within reason; and case 3 aims to make the chosen facility entirely self-sufficient, to an extent where it could be decoupled from the grid and still function at capacity year-round. Case 3 is approached with no budgetary limitations. For case 1 & 2 established technologies such as photovoltaic cells and geothermal heat pumps were utilized, whereas case 3 also included more recent technological advancements within insulation, heat recycling and hydrogen fuel cell technology. The report concludes that achieving net self-sufficiency is possible within the budget limit for cases 1 & 2, and complete self-sufficiency is possible albeit expensive for case 3. Due to the geographical and climatological limitations in Sweden self-sufficiency is difficult to achieve without substantially increasing the capital investment. 2022-05-31 First cycle, G2E NonPeerReviewed application/pdf sv https://stud.epsilon.slu.se/17783/1/andersson-w_et_al_-210805.pdf Andersson, Waldemar and Backlund, Erik and Maier, Johan and Söderberg, Oskar and Traneus, Henrik and Yu, Qiancheng and Jatzkowski, Maximilian, 2021. Ödrift av sportfastigheter : I samarbete med Sportfastigheter AB. First cycle, G2E. Uppsala: (NL, NJ) > Dept. of Energy and Technology <https://stud.epsilon.slu.se/view/divisions/OID-565.html> urn:nbn:se:slu:epsilon-s-17783 swe |
| spellingShingle | Energy resources management Renewable energy resources Technology Andersson, Waldemar Backlund, Erik Maier, Johan Söderberg, Oskar Traneus, Henrik Yu, Qiancheng Jatzkowski, Maximilian Ödrift av sportfastigheter |
| title | Ödrift av sportfastigheter |
| title_full | Ödrift av sportfastigheter |
| title_fullStr | Ödrift av sportfastigheter |
| title_full_unstemmed | Ödrift av sportfastigheter |
| title_short | Ödrift av sportfastigheter |
| title_sort | ödrift av sportfastigheter |
| topic | Energy resources management Renewable energy resources Technology |
| url | https://stud.epsilon.slu.se/17783/ https://stud.epsilon.slu.se/17783/ |