Sustainable energy transition through university collaboration: A literature review focusing on hydropower

Abstract

Expanding energy access while mitigating climate change is one of the central global tasks to-date. Universities are increasingly participating in this challenge as research partners, technology testbeds, and brokers between government, industry, and communities. Yet integrating environmental and social concerns into large infrastructure projects is still difficult in practice. This review draws on a structured search of academic and policy literature to ask how university collaborations, especially in the Global South, handle the trade-offs involved in renewable energy deployment, with hydropower as the central case. The findings suggest that successful energy transition is based on combining technical work, like grid optimization or hybrid system design, with governance that is genuinely participatory rather than consultative in name only. North–South collaborations have historically reproduced existing power imbalances and Western-centric assumptions about what counts as good evidence. Newly developing South–South cooperation and participatory action research appear, at least in the cases reviewed, to open up more space for different ways of knowing and more equitable capacity building. Hydropower itself remains an important baseload technology, but its track record of disrupting rivers and displacing communities means that further expansion has to be paired with much stronger socio-environmental safeguards than have typically been applied. On the institutional side, the Quadruple Helix model (university, industry, government, civil society) offers a useful frame for the required kind of interdisciplinary, context-sensitive work. A prerequisite for this is that the model only delivers if knowledge exchange runs through public–private partnerships built to survive intellectual-property disputes and funding asymmetries. The clearest examples of good practice combine holistic policy frameworks, community-driven benefit-sharing, and open data platforms with targeted technical fixes such as fish-safe turbines and site-specific ecological planning. University collaborations, in short, have a meaningful but partial role to play. Where they prioritize participatory and interdisciplinary approaches alongside the technical work, they appear to support more adaptive and inclusive policy frameworks. Where this is not satisfied, the partnerships risk reproducing the same top-down patterns they were meant to correct. Building local research capacity looks like a promising route toward balancing hydropower expansion with ecological and social concerns, though the evidence on how well these arrangements hold up over the long run is still thin.