A Multiscalar Assessment of Energy Poverty and Territorial Energy Vulnerability in a Medium-Sized City in the Global South: The Case of Temperate-Rainy Valdivia, Chile

This study aims to assess how census-block territorial conditions, represented by Territorial Energy Vulnerability (TEV), are associated with household-level Energy Poverty (EP) and its intra-urban distribution in Valdivia, Chile. The study also identifies priority areas where territorial vulnerability and household deprivation overlap. Valdivia is a medium-sized city in the Global South characterized by a temperate rainy climate and cold, wet winters, where climatic conditions, housing quality, and socioeconomic inequalities create substantial challenges for the provision of adequate domestic energy services. Using a multiscalar urban-geographical approach, the study combines a census-block TEV indicator constructed in 2022 from the most recent spatially consistent data available for each criterion with a household-level three-dimensional EP indicator derived from 382 face-to-face surveys conducted between October and November 2022. The TEV indicator integrates infrastructure and socioeconomic, climatic, and territorial dimensions, while the EP indicator captures household experiences of energy-service deprivation. The results show that 42.9% of surveyed households experience EP, with marked concentrations in the CORVI and Barrios Bajos sectors. EP prevalence increased from 20.0% in very-low-TEV blocks to 64.7% in very-high-TEV blocks, and a weak but statistically significant positive association was found between TEV level and household EP status (Spearman’s ρ = 0.167, p = 0.001). These spatial patterns are associated with historically uneven urban development and the persistence of pre-regulation housing stock constructed before 2001. The findings demonstrate that territorial vulnerability contributes to, but does not fully determine, household energy deprivation and provides a spatially explicit framework for prioritizing coordinated housing, energy, and climate-adaptation interventions in intermediate cities in the Global South.

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Publication Details

Journal
Urban Science
Published
2026-09-22
DOI
https://doi.org/10.3390/urbansci10100540
Primary Topic
Energy and Environment Impacts
Type
article
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article

A Multiscalar Assessment of Energy Poverty and Territorial Energy Vulnerability in a Medium-Sized City in the Global South: The Case of Temperate-Rainy Valdivia, Chile

Pamela Smith, Paulo Guíñez
Urban Science
Energy and Environment Impacts
article

A Multiscalar Assessment of Energy Poverty and Territorial Energy Vulnerability in a Medium-Sized City in the Global South: The Case of Temperate-Rainy Valdivia, Chile

Pamela Smith, Paulo Guíñez
article en

Abstract

This study aims to assess how census-block territorial conditions, represented by Territorial Energy Vulnerability (TEV), are associated with household-level Energy Poverty (EP) and its intra-urban distribution in Valdivia, Chile. The study also identifies priority areas where territorial vulnerability and household deprivation overlap. Valdivia is a medium-sized city in the Global South characterized by a temperate rainy climate and cold, wet winters, where climatic conditions, housing quality, and socioeconomic inequalities create substantial challenges for the provision of adequate domestic energy services. Using a multiscalar urban-geographical approach, the study combines a census-block TEV indicator constructed in 2022 from the most recent spatially consistent data available for each criterion with a household-level three-dimensional EP indicator derived from 382 face-to-face surveys conducted between October and November 2022. The TEV indicator integrates infrastructure and socioeconomic, climatic, and territorial dimensions, while the EP indicator captures household experiences of energy-service deprivation. The results show that 42.9% of surveyed households experience EP, with marked concentrations in the CORVI and Barrios Bajos sectors. EP prevalence increased from 20.0% in very-low-TEV blocks to 64.7% in very-high-TEV blocks, and a weak but statistically significant positive association was found between TEV level and household EP status (Spearman’s ρ = 0.167, p = 0.001). These spatial patterns are associated with historically uneven urban development and the persistence of pre-regulation housing stock constructed before 2001. The findings demonstrate that territorial vulnerability contributes to, but does not fully determine, household energy deprivation and provides a spatially explicit framework for prioritizing coordinated housing, energy, and climate-adaptation interventions in intermediate cities in the Global South.

Urban ScienceVol. 10(10)
Center for Climate and Resilience Research (CL), University of Chile (CL)
Openalex Percentile: Top 22%
Energy and Environment Impacts
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