Energy addi(c)tion versus green transition: Why renewables supplement rather than replace fossil fuels

Despite surging renewable investment and rapidly falling clean technology costs, global fossil fuel production continues to grow. This paradox is not accidental: it reflects deep structural dynamics that dominant analytical frameworks are ill-equipped to explain. This Perspective article identifies three interrelated blind spots often present in energy transition research: a binary ontology that treats fossil fuels and renewables as substitutes rather than co-constitutive systems; a supply-side bias that renders industrial structural determinants of energy consumption invisible; and a spatiotemporal myopia that erases colonial legacies, developmental state trajectories, and geopolitical competition. Against these limitations, this article proposes understanding energy as an integrated System of Provision (SoP), a political economy framework that treats energy finance, production, trade, and consumption as mutually constitutive processes embedded in historical and politically-dense structures. The SoP framework, operationalised through a multi-scalar, multi-agents relational matrix, reveals three structural pressures that systematically reproduce ‘energy addi( c )tion’ rather than green transition: the material reality of fossil-dependent social reproduction in the Global South; the compulsions of capitalist accumulation for profit that offset efficiency gains with volume expansion; and geopolitical competition among competing capital regimes that prioritises energy security over system transformation. The article concludes by outlining a research agenda capable of addressing these structural determinants of the climate crisis.

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Publication Details

Journal
Energy Research & Social Science
Published
2026-07-25
DOI
https://doi.org/10.1016/j.erss.2026.104863
Primary Topic
Global Energy and Sustainability Research
Type
article
Field-Weighted Citation Impact
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article

Energy addi(c)tion versus green transition: Why renewables supplement rather than replace fossil fuels

Lorena Lombardozzi
Energy Research & Social Science
Global Energy and Sustainability Research
article

Energy addi(c)tion versus green transition: Why renewables supplement rather than replace fossil fuels

Lorena Lombardozzi
article en

Abstract

Despite surging renewable investment and rapidly falling clean technology costs, global fossil fuel production continues to grow. This paradox is not accidental: it reflects deep structural dynamics that dominant analytical frameworks are ill-equipped to explain. This Perspective article identifies three interrelated blind spots often present in energy transition research: a binary ontology that treats fossil fuels and renewables as substitutes rather than co-constitutive systems; a supply-side bias that renders industrial structural determinants of energy consumption invisible; and a spatiotemporal myopia that erases colonial legacies, developmental state trajectories, and geopolitical competition. Against these limitations, this article proposes understanding energy as an integrated System of Provision (SoP), a political economy framework that treats energy finance, production, trade, and consumption as mutually constitutive processes embedded in historical and politically-dense structures. The SoP framework, operationalised through a multi-scalar, multi-agents relational matrix, reveals three structural pressures that systematically reproduce ‘energy addi( c )tion’ rather than green transition: the material reality of fossil-dependent social reproduction in the Global South; the compulsions of capitalist accumulation for profit that offset efficiency gains with volume expansion; and geopolitical competition among competing capital regimes that prioritises energy security over system transformation. The article concludes by outlining a research agenda capable of addressing these structural determinants of the climate crisis.

Energy Research & Social ScienceVol. 139
SOAS University of London (GB)
Affordable and clean energy
Openalex Percentile: Top 24%
Global Energy and Sustainability Research
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