Hydropower Systems Modeling - Madani, Kaveh
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The high-elevation hydropower system in California is composed of more than 150 hydropower plants. The expected shift of runoff peak from spring to winter as a result of climate warming, resulting in snowpack reduction and earlier snowmelt, might have important effects on hydropower operations. Estimation of climate warming effects on such a large system by conventional simulation or optimization methods would be tedious and expensive. Employing optimization and cooperative game theory methods, this book presents a novel approach for modeling large hydropower systems and deriving climate change adaptation strategies for California.…mehr

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Produktbeschreibung
The high-elevation hydropower system in California is composed of more than 150 hydropower plants. The expected shift of runoff peak from spring to winter as a result of climate warming, resulting in snowpack reduction and earlier snowmelt, might have important effects on hydropower operations. Estimation of climate warming effects on such a large system by conventional simulation or optimization methods would be tedious and expensive. Employing optimization and cooperative game theory methods, this book presents a novel approach for modeling large hydropower systems and deriving climate change adaptation strategies for California.
Autorenporträt
Kaveh Madani is a Post-Doctoral Research Fellow in the Water Science and Policy Center (WSPC) at UC Riverside. His core research interests and experiences include integrated water resources engineering and management and climate change adaptation studies. He holds a PhD in Civil and Environmental Engineering from the UC Davis.