Summary
European districts play a pivotal role in the achievement of a future low carbon economy. The envisaged actions of the ProLight
project are representative for innovative refurbishment with large potential of immediate replication of other residential buildings
from the municipalities & the social housing involved. ProLight assembles & closely integrates all needed actors & measures. The
envisaged solutions will lead to better quality of life for all targeted end-users. This includes to find suitable social responses for
awareness creation, up-take of knowledge, establishment of behavioral changes towards the energy efficient use & the integration of
renewables within an appropriate local political frame. Analysed districts include: 1) Building and renovating in an energy and
resource efficient way in AT, FI & GR, 2) Energy communities in ES, IT & PT combined in so-called Innovation clusters. A multi-actor
approach uses a methodological concept that explicitly takes into account the energy transition as a societal lever for innovation in the involved demo districts. Applied research will be connected with theoretical analysis that involves identifying and compiling good practices, successful initiatives and exemplar real-world demo sites. These practices will be assessed and lead to a complete European
competence framework, encapsulating the skills required to reach this change via recorded successful methods observed through
ProLight. The project combines individual, gender & collective aspects of active and responsible citizenship in an integrated working
concept, to conceptualize climate-aware citizens and communities. ProLight exploits the potential of this growing wave of civic
engagement and citizen science, in order to facilitate the transition to green, sustainable societies & economies. ProLight achieves
this by understanding, defining, measuring & assessing of 6 demo districts in different regions of Europe & disseminate effectively project results.
project are representative for innovative refurbishment with large potential of immediate replication of other residential buildings
from the municipalities & the social housing involved. ProLight assembles & closely integrates all needed actors & measures. The
envisaged solutions will lead to better quality of life for all targeted end-users. This includes to find suitable social responses for
awareness creation, up-take of knowledge, establishment of behavioral changes towards the energy efficient use & the integration of
renewables within an appropriate local political frame. Analysed districts include: 1) Building and renovating in an energy and
resource efficient way in AT, FI & GR, 2) Energy communities in ES, IT & PT combined in so-called Innovation clusters. A multi-actor
approach uses a methodological concept that explicitly takes into account the energy transition as a societal lever for innovation in the involved demo districts. Applied research will be connected with theoretical analysis that involves identifying and compiling good practices, successful initiatives and exemplar real-world demo sites. These practices will be assessed and lead to a complete European
competence framework, encapsulating the skills required to reach this change via recorded successful methods observed through
ProLight. The project combines individual, gender & collective aspects of active and responsible citizenship in an integrated working
concept, to conceptualize climate-aware citizens and communities. ProLight exploits the potential of this growing wave of civic
engagement and citizen science, in order to facilitate the transition to green, sustainable societies & economies. ProLight achieves
this by understanding, defining, measuring & assessing of 6 demo districts in different regions of Europe & disseminate effectively project results.
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More information & hyperlinks
Web resources: | https://cordis.europa.eu/project/id/101079902 |
Start date: | 01-10-2022 |
End date: | 30-09-2026 |
Total budget - Public funding: | 2 884 068,75 Euro - 2 667 457,00 Euro |
Cordis data
Original description
European districts play a pivotal role in the achievement of a future low carbon economy. The envisaged actions of the ProLightproject are representative for innovative refurbishment with large potential of immediate replication of other residential buildings
from the municipalities & the social housing involved. ProLight assembles & closely integrates all needed actors & measures. The
envisaged solutions will lead to better quality of life for all targeted end-users. This includes to find suitable social responses for
awareness creation, up-take of knowledge, establishment of behavioral changes towards the energy efficient use & the integration of
renewables within an appropriate local political frame. Analysed districts include: 1) Building and renovating in an energy and
resource efficient way in AT, FI & GR, 2) Energy communities in ES, IT & PT combined in so-called Innovation clusters. A multi-actor
approach uses a methodological concept that explicitly takes into account the energy transition as a societal lever for innovation in the involved demo districts. Applied research will be connected with theoretical analysis that involves identifying and compiling good practices, successful initiatives and exemplar real-world demo sites. These practices will be assessed and lead to a complete European
competence framework, encapsulating the skills required to reach this change via recorded successful methods observed through
ProLight. The project combines individual, gender & collective aspects of active and responsible citizenship in an integrated working
concept, to conceptualize climate-aware citizens and communities. ProLight exploits the potential of this growing wave of civic
engagement and citizen science, in order to facilitate the transition to green, sustainable societies & economies. ProLight achieves
this by understanding, defining, measuring & assessing of 6 demo districts in different regions of Europe & disseminate effectively project results.
Status
SIGNEDCall topic
HORIZON-CL4-2021-RESILIENCE-02-32Update Date
09-02-2023
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