How consumers face novel hybrid energy options in housing? Studying the new detached house town house cases in Finland

    Research output: Contribution to conferenceOther conference contributionScientific

    Abstract

    Climate change policies drive the transition towards renewable energy and energy efficiency in housing. Consumers, as constructors and dwellers, are the core actors impacting the energy choices concerning single detached houses. In 2015 approximately 27 000 new dwellings were built in Finland, of which 8 000 were single detached houses. Housing consumes 20 % of the total energy consumption in Finland. Therefore, energy decisions in detached houses are important part of the Finnish energy system. The study is a part of the Academy of Finland financed research project focusing on energy services and consumers. In this paper, we ask 1) how the consumer meets renewable energy when he/she is designing and building an own detached house in Finland and 2) how the renewable energy options such as photovoltaic, pellets or hybrid solutions become or do not become feasible options. We have investigated the enablers and barriers for the adoption of novel modes of distributed energy production among construction companies, designers, energy extension experts, authorities, energy system providers and individual households in Finland through thematic interviews (26 in 2015-2016) and observations of events organised for builders. Our analysis focuses firstly on the current regime of energy production in single detached housing in Finland, at the moment dominated by heating pumps. Secondly, we discuss the identified barriers and drivers for renewable energy including failures in communication between different construction experts and shortage of comprehensive energy services. Finally, we present a development frame for the diffusion of distributed energy production in housing, focusing on designers. This plan is based on our finding that intermediary actors and intermediary expertise enable the translation of the needs and competences of consumers. Hence, better integration of key actors of construction process including especially designers and energy service providers are needed to diffuse novel energy solutions.
    Original languageEnglish
    Publication statusPublished - 2017
    Event13th Nordic Environmental Social Science Conference - Tampere, Finland
    Duration: 6 Jun 20178 Jun 2017

    Conference

    Conference13th Nordic Environmental Social Science Conference
    Abbreviated titlehopefulNESS 2017
    CountryFinland
    CityTampere
    Period6/06/178/06/17

    Fingerprint

    Climate change
    Energy efficiency
    Energy utilization
    Pumps
    Heating
    Communication
    Industry

    Keywords

    • renewable energy
    • consumers
    • socio-technical change

    Cite this

    @conference{1ed8263dcc59452f9d2673a75ffc078e,
    title = "How consumers face novel hybrid energy options in housing? Studying the new detached house town house cases in Finland",
    abstract = "Climate change policies drive the transition towards renewable energy and energy efficiency in housing. Consumers, as constructors and dwellers, are the core actors impacting the energy choices concerning single detached houses. In 2015 approximately 27 000 new dwellings were built in Finland, of which 8 000 were single detached houses. Housing consumes 20 {\%} of the total energy consumption in Finland. Therefore, energy decisions in detached houses are important part of the Finnish energy system. The study is a part of the Academy of Finland financed research project focusing on energy services and consumers. In this paper, we ask 1) how the consumer meets renewable energy when he/she is designing and building an own detached house in Finland and 2) how the renewable energy options such as photovoltaic, pellets or hybrid solutions become or do not become feasible options. We have investigated the enablers and barriers for the adoption of novel modes of distributed energy production among construction companies, designers, energy extension experts, authorities, energy system providers and individual households in Finland through thematic interviews (26 in 2015-2016) and observations of events organised for builders. Our analysis focuses firstly on the current regime of energy production in single detached housing in Finland, at the moment dominated by heating pumps. Secondly, we discuss the identified barriers and drivers for renewable energy including failures in communication between different construction experts and shortage of comprehensive energy services. Finally, we present a development frame for the diffusion of distributed energy production in housing, focusing on designers. This plan is based on our finding that intermediary actors and intermediary expertise enable the translation of the needs and competences of consumers. Hence, better integration of key actors of construction process including especially designers and energy service providers are needed to diffuse novel energy solutions.",
    keywords = "renewable energy, consumers, socio-technical change",
    author = "Maria {\AA}kerman and Nina Wessberg and Minna Halonen",
    note = "SDA: SHP: IntelligentEnergyAndCity Project code: 102024 ; 13th Nordic Environmental Social Science Conference, hopefulNESS 2017 ; Conference date: 06-06-2017 Through 08-06-2017",
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    How consumers face novel hybrid energy options in housing? Studying the new detached house town house cases in Finland. / Åkerman, Maria; Wessberg, Nina; Halonen, Minna.

    2017. 13th Nordic Environmental Social Science Conference, Tampere, Finland.

    Research output: Contribution to conferenceOther conference contributionScientific

    TY - CONF

    T1 - How consumers face novel hybrid energy options in housing? Studying the new detached house town house cases in Finland

    AU - Åkerman, Maria

    AU - Wessberg, Nina

    AU - Halonen, Minna

    N1 - SDA: SHP: IntelligentEnergyAndCity Project code: 102024

    PY - 2017

    Y1 - 2017

    N2 - Climate change policies drive the transition towards renewable energy and energy efficiency in housing. Consumers, as constructors and dwellers, are the core actors impacting the energy choices concerning single detached houses. In 2015 approximately 27 000 new dwellings were built in Finland, of which 8 000 were single detached houses. Housing consumes 20 % of the total energy consumption in Finland. Therefore, energy decisions in detached houses are important part of the Finnish energy system. The study is a part of the Academy of Finland financed research project focusing on energy services and consumers. In this paper, we ask 1) how the consumer meets renewable energy when he/she is designing and building an own detached house in Finland and 2) how the renewable energy options such as photovoltaic, pellets or hybrid solutions become or do not become feasible options. We have investigated the enablers and barriers for the adoption of novel modes of distributed energy production among construction companies, designers, energy extension experts, authorities, energy system providers and individual households in Finland through thematic interviews (26 in 2015-2016) and observations of events organised for builders. Our analysis focuses firstly on the current regime of energy production in single detached housing in Finland, at the moment dominated by heating pumps. Secondly, we discuss the identified barriers and drivers for renewable energy including failures in communication between different construction experts and shortage of comprehensive energy services. Finally, we present a development frame for the diffusion of distributed energy production in housing, focusing on designers. This plan is based on our finding that intermediary actors and intermediary expertise enable the translation of the needs and competences of consumers. Hence, better integration of key actors of construction process including especially designers and energy service providers are needed to diffuse novel energy solutions.

    AB - Climate change policies drive the transition towards renewable energy and energy efficiency in housing. Consumers, as constructors and dwellers, are the core actors impacting the energy choices concerning single detached houses. In 2015 approximately 27 000 new dwellings were built in Finland, of which 8 000 were single detached houses. Housing consumes 20 % of the total energy consumption in Finland. Therefore, energy decisions in detached houses are important part of the Finnish energy system. The study is a part of the Academy of Finland financed research project focusing on energy services and consumers. In this paper, we ask 1) how the consumer meets renewable energy when he/she is designing and building an own detached house in Finland and 2) how the renewable energy options such as photovoltaic, pellets or hybrid solutions become or do not become feasible options. We have investigated the enablers and barriers for the adoption of novel modes of distributed energy production among construction companies, designers, energy extension experts, authorities, energy system providers and individual households in Finland through thematic interviews (26 in 2015-2016) and observations of events organised for builders. Our analysis focuses firstly on the current regime of energy production in single detached housing in Finland, at the moment dominated by heating pumps. Secondly, we discuss the identified barriers and drivers for renewable energy including failures in communication between different construction experts and shortage of comprehensive energy services. Finally, we present a development frame for the diffusion of distributed energy production in housing, focusing on designers. This plan is based on our finding that intermediary actors and intermediary expertise enable the translation of the needs and competences of consumers. Hence, better integration of key actors of construction process including especially designers and energy service providers are needed to diffuse novel energy solutions.

    KW - renewable energy

    KW - consumers

    KW - socio-technical change

    M3 - Other conference contribution

    ER -