## Optimal Water Storage Management in Multireservoir Hydroelectric Power SystemsInstitute in Engineering-Economic Systems, Stanford University, 1967 - Hydroelectricc power plants - 99 pages |

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### Contents

Chapter Page | 1 |

OPERATION OF HYDROELECTRIC POWER SYSTEMS | 14 |

Streamflow Characteristics | 21 |

8 other sections not shown

### Common terms and phrases

a'QJ allocation plans Chapter classes of energy Columbia River composite model formulation computational technique concave function convex function convex set cost function cost incurred cost of operation cost structure dynamic programming energy in storage evaluated expected error expected marginal future expected spill expected total cost final total storage finding the optimal firm energy firm requirements Full Not full functional equation Hence hydroelectric power systems hypersphere individual streamflows initial storage marginal future cost minimizes the expected multireservoir systems MWhr optimal allocation rule optimal operation policy optimal policy optimal reserve level optimization problem penalty cost planning horizon planning interval policy of operation Pr{R present period probability density function probability distribution function secondary energy secondary load Section shown in Fig single-reservoir systems statistically independent stochastic total energy total storage level transition probability TSC/MAI United Arab Republic unsatisfied demand variable various reservoir conditions water in storage