A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Quantification of economic benefits of renovation of apartment buildings as a basis for cost optimal 2030 energy efficiency strategies
Highlights Defining optimal national targets for developing Estonian roadmap ENMAK 2030+. 17 jobs per 1M€ investment to renovation were generated per year. Tax return was between 32–33% depending on the renovation project. Energy efficiency provides economic benefits on individual and national level
Abstract As a part of the 2030 energy and climate policy discussion, the Estonian energy roadmap ENMAK 2030+ is being developed to set optimal national targets for 2030. Developing such a national roadmap requires solid evidence of which scenarios with varying ambition can be developed. This study looked at economic benefits, including tax revenue, job generation, and disposable net income per 1M€ of investment, and energy savings on both an individual and national level. In addition, economic quantification for the three scenarios was carried out. The study relied on secondary data collection with validation of the data through a sample analysis and interviews with project stakeholders. The main findings show that in all 17 jobs per 1M€ of investment in renovation were generated per year and direct tax revenue was between 32–33%, depending on the renovation project. Results revealed that over a 20 year period, there are essentially two national energy policy options: both the living quality and asset value brought about by integrated renovation at 160€/m2 or alternatively, that brought about by non-energy efficiency repairs at 31€/m2. The study confirms that investment in energy efficiency is not only environmentally important but provides economic benefits on an individual and government budget level.
Quantification of economic benefits of renovation of apartment buildings as a basis for cost optimal 2030 energy efficiency strategies
Highlights Defining optimal national targets for developing Estonian roadmap ENMAK 2030+. 17 jobs per 1M€ investment to renovation were generated per year. Tax return was between 32–33% depending on the renovation project. Energy efficiency provides economic benefits on individual and national level
Abstract As a part of the 2030 energy and climate policy discussion, the Estonian energy roadmap ENMAK 2030+ is being developed to set optimal national targets for 2030. Developing such a national roadmap requires solid evidence of which scenarios with varying ambition can be developed. This study looked at economic benefits, including tax revenue, job generation, and disposable net income per 1M€ of investment, and energy savings on both an individual and national level. In addition, economic quantification for the three scenarios was carried out. The study relied on secondary data collection with validation of the data through a sample analysis and interviews with project stakeholders. The main findings show that in all 17 jobs per 1M€ of investment in renovation were generated per year and direct tax revenue was between 32–33%, depending on the renovation project. Results revealed that over a 20 year period, there are essentially two national energy policy options: both the living quality and asset value brought about by integrated renovation at 160€/m2 or alternatively, that brought about by non-energy efficiency repairs at 31€/m2. The study confirms that investment in energy efficiency is not only environmentally important but provides economic benefits on an individual and government budget level.
Quantification of economic benefits of renovation of apartment buildings as a basis for cost optimal 2030 energy efficiency strategies
Pikas, E. (author) / Kurnitski, J. (author) / Liias, R. (author) / Thalfeldt, M. (author)
Energy and Buildings ; 86 ; 151-160
2014-10-04
10 pages
Article (Journal)
Electronic Resource
English
Cost-effectiveness of energy performance renovation measures in Finnish brick apartment buildings
| Online Contents | 2017