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Identifying double energy vulnerability: A systematic and narrative review of groups at-risk of energy and transport poverty in the global north

Neil Simcock, Kirsten Jenkins, Max Lacey‐Barnacle, Mari Martiskainen, Giulio Mattioli, Debbie Hopkins

2021Energy Research & Social Science163 citationsDOIOpen Access PDF

Abstract

The concept of ‘double energy vulnerability’ describes a circumstance whereby people are at heightened risk of energy poverty and transport poverty simultaneously – a particularly severe form of energy injustice. However, analysis of which people and places are most likely to experience this phenomenon remains limited. This paper begins to address this lacuna via a review of academic literature, aiming to pinpoint the overlapping socio-demographic and spatial factors that can increase vulnerability to both energy and transport poverty and thereby identify those most at-risk of experiencing double energy vulnerability. A systematic review of an extensive 5-year sample period is complemented by a narrative review of key papers. Combined, this encompasses a state-of-the-art analysis of 250 papers across 8 different academic databases. We find several overlaps in the socio-demographic groups rendered most vulnerable to energy and transport poverty, including people on low-incomes, older people, households with children or dependents, people with pre-existing health conditions or disabilities, women, and people from ethnic minorities. Spatially, however, there are more differences and contextual variations between the two problems, with inner-urban areas generally posing greater risks for energy poverty and suburban areas for transport poverty. Rural areas appear to be the spatial settings that have the greatest overlap in vulnerability. Overall, our results indicate that the highest level of double energy vulnerability is among households that face a combination of multiple socio-demographic disadvantages alongside relative spatial peripheralisation. We signal future research directions and policy implications arising from these findings.

Topics & Concepts

Vulnerability (computing)NarrativeEnergy povertyEnergy (signal processing)PovertyEnergy transportGeographyEnvironmental planningComputer scienceEconomic growthEconomicsMedicineEngineeringComputer securityStatisticsMathematicsLiteratureArtPathologyEngineering physicsPanacea (medicine)Alternative medicineEnergy and Environment ImpactsHybrid Renewable Energy SystemsAdvanced Battery Technologies Research