Assessing the impacts of drought extremes on the African hydropower system - 2026_IDR_DEIB_11
Scientific-Disciplinary Group
09/IINF-04 - Systems And Control Engineering
Description
Climate change and increasing hydrological variability are posing significant risks to the reliability and cost-effectiveness of hydropower-based energy systems in Africa, at a time of rapidly growing electricity demand and large-scale infrastructure investments.This research programme aims to assess the impacts of drought extremes on the African hydropower system by integrating climate-driven hydrological projections and stress-testing approaches within continent-scale energy system optimisation models. The proposed methodologies will enable a systematic evaluation of system performance, investment trade-offs, and resilience under extreme but plausible drought conditions, providing quantitative evidence to support climate-resilient and economically viable long-term energy planning across Africa, including relevant local case studies as part of the BERLIN project.
Job posting website
Number of positions
1
Funding body
Politecnico di Milano
Selection process
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View the original posting on the MUR website: Go to MUR website