Abstract
The main objective of production control in power systems is to minimize the cost of generated power while maintaining its quality at a high level and satisfying the system security constraints. Keeping voltages at predetermined levels and keeping constant net frequency are understood as the quality of delivered power. These objectives are accomplished by several application functions in a real-time computer control system. A novel design concept integrating the economic dispatch calculation (EDC), automatic generation control (AGC) and load prediction functions in an interacting control scheme is described in this paper. An adaptive control procedure for the overall system results from this approach. Variations of the power demand are better matched in this way. Increased computational capacity during periods of slow variations of the power demand is one of the benefits of this approach.
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