Dispatch optimization by integrating wind, solar PV and hydropower energy generation with pumped storage

February 16, 2026Energy Strategy ReviewsOpen Access

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Key Points

The research aims to optimize the integration of variable renewable energy sources with pumped storage for reliable power generation.
Developed a model to schedule the integration of PV, wind, and pumped storage hydropower.
Analyzed the complementarity of renewable sources using a power output complementary coefficient.
Investigated optimal sizes and locations for PV and wind integration with Mukungwa hydropower.
Significant cost savings and CO2 emissions reductions were achieved with optimal scheduling.
Power plant locations were found to critically influence size optimization for PV and wind.
The joint operation of PV, wind, and pumped storage enhanced output power complementarity benefits.

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This work optimizes energy dispatch combining renewable sources with pumped storage, highlighting cost savings and emissions reductions.

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Niringiyimana et al. (2026) studied this question.

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