Abstract
The project has contributed considerably to developing and maturing many climate initiatives in Hoeje Taastrup municipality - including particularly having made an effort to develop and develop the plans for a CO{sub 2}-neutral quarter called 'Vision Gammelsa'. In this context, the project has involved relevant actors in the development of an energy concept for the quarter. The concept was later used as basis for an EU application to the CONCERTO programme, for which Hoeje Taastrup achieved final grant agreement in December 2009. In this way, the municipality obtained funding for a 6-year project 'ECO-Life' which will focus on energy measures in Hedehusene, Floeng and the Gammelsoe region. The project will be carried out in cooperation with a municipality in Lithuania (Birstonas) and Belgium (Kortrijk). In addition, the project supported the development of a climate plan and policy in the municipality. During the life of the project, the council has carried out a wide range of ambitious initiatives which to a great extent stems from the project and in particularly the cooperation that the project has brought along. Based on a preliminary draft proposal for the district, a number of energy concepts have been assessed that can make the district CO{sub
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Citation Formats
Kaarup Olsen, P, and Hummelshoej, R M.
New CO{sub 2} neutral city area with integrated district heating system of the future in Hoeje Taastrup - Phase 1: Preparation of demonstration. Final report; Denmark; Ny CO{sub 2}-neutral bydel med fremtidens integrerede fjernvarmesystem i Hoeje Taastrup - Fase 1: Forberedelse af demonstration. Slutrapport.
Denmark: N. p.,
2011.
Web.
Kaarup Olsen, P, & Hummelshoej, R M.
New CO{sub 2} neutral city area with integrated district heating system of the future in Hoeje Taastrup - Phase 1: Preparation of demonstration. Final report; Denmark; Ny CO{sub 2}-neutral bydel med fremtidens integrerede fjernvarmesystem i Hoeje Taastrup - Fase 1: Forberedelse af demonstration. Slutrapport.
Denmark.
Kaarup Olsen, P, and Hummelshoej, R M.
2011.
"New CO{sub 2} neutral city area with integrated district heating system of the future in Hoeje Taastrup - Phase 1: Preparation of demonstration. Final report; Denmark; Ny CO{sub 2}-neutral bydel med fremtidens integrerede fjernvarmesystem i Hoeje Taastrup - Fase 1: Forberedelse af demonstration. Slutrapport."
Denmark.
@misc{etde_1010724,
title = {New CO{sub 2} neutral city area with integrated district heating system of the future in Hoeje Taastrup - Phase 1: Preparation of demonstration. Final report; Denmark; Ny CO{sub 2}-neutral bydel med fremtidens integrerede fjernvarmesystem i Hoeje Taastrup - Fase 1: Forberedelse af demonstration. Slutrapport}
author = {Kaarup Olsen, P, and Hummelshoej, R M}
abstractNote = {The project has contributed considerably to developing and maturing many climate initiatives in Hoeje Taastrup municipality - including particularly having made an effort to develop and develop the plans for a CO{sub 2}-neutral quarter called 'Vision Gammelsa'. In this context, the project has involved relevant actors in the development of an energy concept for the quarter. The concept was later used as basis for an EU application to the CONCERTO programme, for which Hoeje Taastrup achieved final grant agreement in December 2009. In this way, the municipality obtained funding for a 6-year project 'ECO-Life' which will focus on energy measures in Hedehusene, Floeng and the Gammelsoe region. The project will be carried out in cooperation with a municipality in Lithuania (Birstonas) and Belgium (Kortrijk). In addition, the project supported the development of a climate plan and policy in the municipality. During the life of the project, the council has carried out a wide range of ambitious initiatives which to a great extent stems from the project and in particularly the cooperation that the project has brought along. Based on a preliminary draft proposal for the district, a number of energy concepts have been assessed that can make the district CO{sub 2}-neutral. Primary focus has been on the heat supply. It is recommended to establish a low-temperature heating network, since such a solution provides the best possibility of using surplus heat and renewable energy sources, and in the future, perhaps already in 15 years, district heating from VEKS will be CO{sub 2}-neutral. Three energy efficient and CO{sub 2} efficient district heating solutions have been investigated in more detail: 1) Local low-temperature district heating network with ground heat and solar heat. 2) Low-temperature district heating network based on return heat from the HTF/VEKS system. 3) Low-temperature district heating network with heat driven heat pumps and solar heat. All three options are interesting. The 'return heat the solution' has less CO{sub 2} displacement potential, but will require a minimal investment cost compared to a regular connection to the HTF/VEKS district heating network. With the assumptions used, the solution with heat-powered pumps and a central solar heating plant provides t a considerably lower CO{sub 2} displacement price than a solution with central ground and solar heating. It is therefore recommended to further analyse the solution with a heat driven heat pump. To make the energy supply of the district CO{sub 2} neutral in the short term, it will be necessary to install wind turbines with a total capacity of approx. 6 MW, which for that particular area at this time would be the most cost-effective solution, i.e. will have the lowest CO{sub 2} displacement price. (LN)}
place = {Denmark}
year = {2011}
month = {Feb}
}
title = {New CO{sub 2} neutral city area with integrated district heating system of the future in Hoeje Taastrup - Phase 1: Preparation of demonstration. Final report; Denmark; Ny CO{sub 2}-neutral bydel med fremtidens integrerede fjernvarmesystem i Hoeje Taastrup - Fase 1: Forberedelse af demonstration. Slutrapport}
author = {Kaarup Olsen, P, and Hummelshoej, R M}
abstractNote = {The project has contributed considerably to developing and maturing many climate initiatives in Hoeje Taastrup municipality - including particularly having made an effort to develop and develop the plans for a CO{sub 2}-neutral quarter called 'Vision Gammelsa'. In this context, the project has involved relevant actors in the development of an energy concept for the quarter. The concept was later used as basis for an EU application to the CONCERTO programme, for which Hoeje Taastrup achieved final grant agreement in December 2009. In this way, the municipality obtained funding for a 6-year project 'ECO-Life' which will focus on energy measures in Hedehusene, Floeng and the Gammelsoe region. The project will be carried out in cooperation with a municipality in Lithuania (Birstonas) and Belgium (Kortrijk). In addition, the project supported the development of a climate plan and policy in the municipality. During the life of the project, the council has carried out a wide range of ambitious initiatives which to a great extent stems from the project and in particularly the cooperation that the project has brought along. Based on a preliminary draft proposal for the district, a number of energy concepts have been assessed that can make the district CO{sub 2}-neutral. Primary focus has been on the heat supply. It is recommended to establish a low-temperature heating network, since such a solution provides the best possibility of using surplus heat and renewable energy sources, and in the future, perhaps already in 15 years, district heating from VEKS will be CO{sub 2}-neutral. Three energy efficient and CO{sub 2} efficient district heating solutions have been investigated in more detail: 1) Local low-temperature district heating network with ground heat and solar heat. 2) Low-temperature district heating network based on return heat from the HTF/VEKS system. 3) Low-temperature district heating network with heat driven heat pumps and solar heat. All three options are interesting. The 'return heat the solution' has less CO{sub 2} displacement potential, but will require a minimal investment cost compared to a regular connection to the HTF/VEKS district heating network. With the assumptions used, the solution with heat-powered pumps and a central solar heating plant provides t a considerably lower CO{sub 2} displacement price than a solution with central ground and solar heating. It is therefore recommended to further analyse the solution with a heat driven heat pump. To make the energy supply of the district CO{sub 2} neutral in the short term, it will be necessary to install wind turbines with a total capacity of approx. 6 MW, which for that particular area at this time would be the most cost-effective solution, i.e. will have the lowest CO{sub 2} displacement price. (LN)}
place = {Denmark}
year = {2011}
month = {Feb}
}