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首页> 美国政府科技报告 >Optimal Real-Time Forecasting and Control of Reservoir Hydrosystems Using Remote and On-Site Sensors. Volume 2. Reservoir Control
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Optimal Real-Time Forecasting and Control of Reservoir Hydrosystems Using Remote and On-Site Sensors. Volume 2. Reservoir Control

机译：利用远程和现场传感器实现水库水系统的最优实时预测和控制。第2卷。油藏控制

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Fulfillment of the objectives of reservoir systems depends critically upon the successful management of the naturally uncertain river flows. The reservoir-system control study is viewed as a two-step process: first, a valid model is developed that utilizes all available hydrometeorological data and reproduces the system's hydrometeorological response; second, an efficient optimization algorithm (controller) is designed to guide the model, and thereby the actual system, in successfully meeting its operational objectives. Reservoir-system management is viewed as a combined effort, drawing on hydrologic as well as on operations research advances. The key components of the reservoir control scheme studies were the extended linear quadratic Gaussian control algorithm for the optimal operation of multiobjective reservoirs with the ability to handle non-Gaussian reservoir input, an enhanced barrier-function method to efficiently handle reliability storage constraints, and a stochastic control method for the real-time operation of hydropower systems, which finds optimal hydropower schedules by invoking several control levels.

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