Abstract
An approach is proposed to optimize the operation of energy production systems over middle term planning periods. Randomness of primary load is explicitly considered. A precise model is used to represent the hydraulic system (with individualized reservoir in cascade, water transportation delays, nonlinear generation, ...) as well as the non-hydraulic system (thermal generations, interchanges, load shedding, ...). Difficulties resulting from the large scale are overcome by decomposition techniques.
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