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Multi-sectoral interactions in energy transition: Unveiling tensions between sustainability and justice

Laura Kainiemi, Minttu Laukkanen, Jarkko Levänen

2025Applied Energy12 citationsDOIOpen Access PDF

Abstract

The energy transition is crucial for mitigating climate change, but it also poses challenges and can create injustices within the energy sector and beyond, particularly in industries such as lithium-ion batteries and the extraction of battery raw materials. These impacts create tensions between achieving a sustainable energy transition and addressing the injustices that arise from its negative consequences. To ensure a just transition, it is crucial to balance these tensions. This article investigates the multi-sectoral interactions between the energy transition and critical raw materials by focusing on the global lithium-ion battery value chain. By integrating concepts from just transitions with the notion of tensions from corporate sustainability literature, we explore tensions between justice and sustainability that arise from interactions between sectors. The most severe impacts are prevalent in the Global South, where most of the battery raw material deposits are located, while battery consumption is predominantly in the Global North. Five key types of tensions between justice and sustainability are identified. Tensions related to distributive justice are particularly prominent in the Global South, whereas issues concerning participatory processes and indigenous rights are more prevalent in the Global North. Identifying these tensions is crucial for facilitating a just transition by effectively managing the conflicts between justice and sustainability. • This study examines multi-sectoral interactions in the energy transition. • Rising demand for critical raw materials may intensify injustices. • Particularly, mining impacts in the Global South create sectoral tensions. • Knowledge of tensions is key to enabling a just energy transition.

Topics & Concepts

SustainabilityTransition (genetics)Energy transitionEnvironmental economicsEnergy (signal processing)Economic geographyEconomic systemEconomic JusticeNatural resource economicsPolitical scienceEnvironmental ethicsEconomicsSociologyEnvironmental resource managementMicroeconomicsPhysicsChemistryEcologyBiologyGeneQuantum mechanicsPanacea (medicine)MedicineAlternative medicinePhilosophyPathologyBiochemistryGlobal Energy and Sustainability ResearchSustainability and Climate Change GovernanceEnergy, Environment, and Transportation Policies
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