Measuring energy efficiency: Indicators and potentials in buildings, communities and energy systems

Juha Forsström, Pekka Lahti, Esa Pursiheimo, Miika Rämä, Jari Shemeikka, Kari Sipilä, Pekka Tuominen, Irmeli Wahlgren

    Research output: Book/ReportReport

    Abstract

    The research project was launched to develop a general approach to measure energy efficiency. Furthermore, the research aimed to develop an approach which could be used to calculate the potential achieved by improved energy efficiency. Measuring energy efficiency and potentials are connected strictly to each other in the sectors of energy production, industry, buildings, communities, transportation and logistics. This report is a state-of-art description and a summary of the research findings from the energy, communities and buildings sector made by VTT. Energy efficiency in energy chains was investigated in batch-surveys on the energy sector. Technical possibilities in energy chains have been evaluated for scenario calculation of energy saving potential in the future. Emissions of different energy production ways give the value for environmental impacts and further the impacts of making more effective energy chains. Energy used in communities takes place in both buildings and infrastructure, during construction, use, maintenance, repair, renovation, demolition, and recycling as well as during transportation of people and goods. Energy efficiency of communities must be a composition of energy used during the life-cycle of several physical elements brought together for the community. Energy efficiency of communities can be defined as a ratio between an input of energy consumption or emissions, and an output of services, such as number of inhabitants and jobs or floor square metres. Buildings have a high potential for energy efficiency improvements compared to other sectors of the economy. Various indicators serve different purposes and interests in the buildings sector serving from the user of the building to the regulator. Defining an universal indicator to cover all needs is not possible. Therefore an array of indicators is suggested - what indicator to use depends on the situation and the objectives of the analysis. Energy flows and embodied energy with primary energy coefficients should be included in the evaluation. Large changes in system effects should be taken in with marginal primary energy coefficient and be analyzed with e.g. scenario analysis. Economic effects should be evaluated with e.g. economic modelling. Externalities and the rebound effect should also be considered.
    Original languageEnglish
    Place of PublicationEspoo
    PublisherVTT Technical Research Centre of Finland
    Number of pages118
    ISBN (Electronic)978-951-38-7708-8
    ISBN (Print)978-951-38-7707-1
    Publication statusPublished - 2011
    MoE publication typeNot Eligible

    Publication series

    SeriesVTT Tiedotteita - Research Notes
    Number2581
    ISSN1235-0605

    Fingerprint

    Energy efficiency
    Economic and social effects
    Demolition
    Environmental impact
    Logistics
    Recycling
    Life cycle
    Energy conservation
    Repair
    Energy utilization
    Economics
    Chemical analysis
    Industry

    Keywords

    • energy efficiency
    • production
    • building
    • community
    • chain
    • potential
    • indicator
    • meter

    Cite this

    Forsström, J., Lahti, P., Pursiheimo, E., Rämä, M., Shemeikka, J., Sipilä, K., ... Wahlgren, I. (2011). Measuring energy efficiency: Indicators and potentials in buildings, communities and energy systems. Espoo: VTT Technical Research Centre of Finland. VTT Tiedotteita - Research Notes, No. 2581
    Forsström, Juha ; Lahti, Pekka ; Pursiheimo, Esa ; Rämä, Miika ; Shemeikka, Jari ; Sipilä, Kari ; Tuominen, Pekka ; Wahlgren, Irmeli. / Measuring energy efficiency : Indicators and potentials in buildings, communities and energy systems. Espoo : VTT Technical Research Centre of Finland, 2011. 118 p. (VTT Tiedotteita - Research Notes; No. 2581).
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    Forsström, J, Lahti, P, Pursiheimo, E, Rämä, M, Shemeikka, J, Sipilä, K, Tuominen, P & Wahlgren, I 2011, Measuring energy efficiency: Indicators and potentials in buildings, communities and energy systems. VTT Tiedotteita - Research Notes, no. 2581, VTT Technical Research Centre of Finland, Espoo.

    Measuring energy efficiency : Indicators and potentials in buildings, communities and energy systems. / Forsström, Juha; Lahti, Pekka; Pursiheimo, Esa; Rämä, Miika; Shemeikka, Jari; Sipilä, Kari; Tuominen, Pekka; Wahlgren, Irmeli.

    Espoo : VTT Technical Research Centre of Finland, 2011. 118 p. (VTT Tiedotteita - Research Notes; No. 2581).

    Research output: Book/ReportReport

    TY - BOOK

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    AU - Lahti, Pekka

    AU - Pursiheimo, Esa

    AU - Rämä, Miika

    AU - Shemeikka, Jari

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    AU - Tuominen, Pekka

    AU - Wahlgren, Irmeli

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    N2 - The research project was launched to develop a general approach to measure energy efficiency. Furthermore, the research aimed to develop an approach which could be used to calculate the potential achieved by improved energy efficiency. Measuring energy efficiency and potentials are connected strictly to each other in the sectors of energy production, industry, buildings, communities, transportation and logistics. This report is a state-of-art description and a summary of the research findings from the energy, communities and buildings sector made by VTT. Energy efficiency in energy chains was investigated in batch-surveys on the energy sector. Technical possibilities in energy chains have been evaluated for scenario calculation of energy saving potential in the future. Emissions of different energy production ways give the value for environmental impacts and further the impacts of making more effective energy chains. Energy used in communities takes place in both buildings and infrastructure, during construction, use, maintenance, repair, renovation, demolition, and recycling as well as during transportation of people and goods. Energy efficiency of communities must be a composition of energy used during the life-cycle of several physical elements brought together for the community. Energy efficiency of communities can be defined as a ratio between an input of energy consumption or emissions, and an output of services, such as number of inhabitants and jobs or floor square metres. Buildings have a high potential for energy efficiency improvements compared to other sectors of the economy. Various indicators serve different purposes and interests in the buildings sector serving from the user of the building to the regulator. Defining an universal indicator to cover all needs is not possible. Therefore an array of indicators is suggested - what indicator to use depends on the situation and the objectives of the analysis. Energy flows and embodied energy with primary energy coefficients should be included in the evaluation. Large changes in system effects should be taken in with marginal primary energy coefficient and be analyzed with e.g. scenario analysis. Economic effects should be evaluated with e.g. economic modelling. Externalities and the rebound effect should also be considered.

    AB - The research project was launched to develop a general approach to measure energy efficiency. Furthermore, the research aimed to develop an approach which could be used to calculate the potential achieved by improved energy efficiency. Measuring energy efficiency and potentials are connected strictly to each other in the sectors of energy production, industry, buildings, communities, transportation and logistics. This report is a state-of-art description and a summary of the research findings from the energy, communities and buildings sector made by VTT. Energy efficiency in energy chains was investigated in batch-surveys on the energy sector. Technical possibilities in energy chains have been evaluated for scenario calculation of energy saving potential in the future. Emissions of different energy production ways give the value for environmental impacts and further the impacts of making more effective energy chains. Energy used in communities takes place in both buildings and infrastructure, during construction, use, maintenance, repair, renovation, demolition, and recycling as well as during transportation of people and goods. Energy efficiency of communities must be a composition of energy used during the life-cycle of several physical elements brought together for the community. Energy efficiency of communities can be defined as a ratio between an input of energy consumption or emissions, and an output of services, such as number of inhabitants and jobs or floor square metres. Buildings have a high potential for energy efficiency improvements compared to other sectors of the economy. Various indicators serve different purposes and interests in the buildings sector serving from the user of the building to the regulator. Defining an universal indicator to cover all needs is not possible. Therefore an array of indicators is suggested - what indicator to use depends on the situation and the objectives of the analysis. Energy flows and embodied energy with primary energy coefficients should be included in the evaluation. Large changes in system effects should be taken in with marginal primary energy coefficient and be analyzed with e.g. scenario analysis. Economic effects should be evaluated with e.g. economic modelling. Externalities and the rebound effect should also be considered.

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    Forsström J, Lahti P, Pursiheimo E, Rämä M, Shemeikka J, Sipilä K et al. Measuring energy efficiency: Indicators and potentials in buildings, communities and energy systems. Espoo: VTT Technical Research Centre of Finland, 2011. 118 p. (VTT Tiedotteita - Research Notes; No. 2581).