SPATIAL DESIGN FOR THE ENERGY TRANSITION

The space neutrality of eco-modernist energy policies contrasts the transition in many consolidated urban areas, in which “just technofix” transformations are not always feasible in historical, dense, fragmented and car-oriented urban patterns. What is lacking -and crucially needed- is understanding and developing design solutions that cross the scales from deepening the attention to existing configuration and living community. The ongoing research PEDFORALL is trying to interpret this challenge starting from a specific urban context -the neighborhood of Ostiense in Rome- exploring and testing possible design solutions for a place-based energy transition. Integrating diverse energy transition paradigms -as the energy sufficiency- the contribution builds a theoretical framework collecting and conceptualising design references in three main design strategies. The same strategies are tested then in the case study, raising first questions, limits and potentials of this application. The paper mainly suggests a spatial approach to energy transition, overcoming a mere idea of technological transformation to caring for the design of space (both domestic and urban) and for the bodies that inhabit it.

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Publication Details

Journal
Iris (Roma Tre University)
Published
2025-05-03
DOI
https://doi.org/10.5281/zenodo.15332497
Primary Topic
Climate Change and Sustainable Development
Type
article
Field-Weighted Citation Impact
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article

SPATIAL DESIGN FOR THE ENERGY TRANSITION

Iris (Roma Tre University)
Climate Change and Sustainable Development
article

SPATIAL DESIGN FOR THE ENERGY TRANSITION

article en

Abstract

The space neutrality of eco-modernist energy policies contrasts the transition in many consolidated urban areas, in which “just technofix” transformations are not always feasible in historical, dense, fragmented and car-oriented urban patterns. What is lacking -and crucially needed- is understanding and developing design solutions that cross the scales from deepening the attention to existing configuration and living community. The ongoing research PEDFORALL is trying to interpret this challenge starting from a specific urban context -the neighborhood of Ostiense in Rome- exploring and testing possible design solutions for a place-based energy transition. Integrating diverse energy transition paradigms -as the energy sufficiency- the contribution builds a theoretical framework collecting and conceptualising design references in three main design strategies. The same strategies are tested then in the case study, raising first questions, limits and potentials of this application. The paper mainly suggests a spatial approach to energy transition, overcoming a mere idea of technological transformation to caring for the design of space (both domestic and urban) and for the bodies that inhabit it.

Iris (Roma Tre University)
Roma Tre University (IT)
Sustainable cities and communities
Openalex Percentile: Top 60%
Climate Change and Sustainable Development
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SPATIAL DESIGN FOR THE ENERGY TRANSITION · Iris (Roma Tre University) (2025) | TGRS Research Map | TGRS