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Financing clean technologies within Canada's Indigenous communities: Perspectives on sustainable energy transition from practitioners and academics

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  • Krupa, Joel
  • Busch, Frank
  • Gladwin, Derek
  • Ellis, Naoko

Abstract

Indigenous communities across Canada continue to maintain significant influence on the long-term trajectory of that nation's clean energy transition. Whether it is merchant transmission lines in Ontario or new large-scale hydroelectric generation in British Columbia, communities are adopting their own financing approaches to support Indigenous financial inclusion. Some of these strategies are long-running, while others demonstrate novelty. All approaches aim to develop financial and energy sovereignty. In this co-produced paper (jointly prepared by Indigenous and non-Indigenous practitioners and academics), we synthesise select locally-rooted structures already in use – including many leveraged through extended experiences in both the energy transition generally and the national or community-based Indigenous economic development & energy and infrastructure units specifically. We then spotlight national clean technology financing-supportive organisations that can help with maintaining momentum and reaching scale. To conclude, we offer distinct areas where Indigenous communities and non-Indigenous partners can continue to creatively collaborate at every stage of the energy finance lifecycle – from very early-stage innovation all the way through to later stage refinancing of maturing assets. The Canada-centric case study presented here may present implications and insights for other countries or territories seeking to empower Indigenous voices in their own energy transition.

Suggested Citation

  • Krupa, Joel & Busch, Frank & Gladwin, Derek & Ellis, Naoko, 2025. "Financing clean technologies within Canada's Indigenous communities: Perspectives on sustainable energy transition from practitioners and academics," Energy, Elsevier, vol. 322(C).
  • Handle: RePEc:eee:energy:v:322:y:2025:i:c:s0360544225005729
    DOI: 10.1016/j.energy.2025.134930
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