Future trends in power system control

To buy time for online computations needed for central coordination and to attain wider-area objectives for optimum operation, one has had to resort to decomposition and, therefore, multilevel hierarchical control schemes. This article looks into the future state of power system operations and contr...

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Published in:IEEE computer applications in power 2002-07, Vol.15 (3), p.24-31
Main Author: Fardanesh, B.
Format: Article
Language:English
Subjects:
Automatic voltage control
Centralized control
Control systems
Power control
Power system analysis computing
Power system control
Power systems
Reactive power control
Robust control
Routing
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description To buy time for online computations needed for central coordination and to attain wider-area objectives for optimum operation, one has had to resort to decomposition and, therefore, multilevel hierarchical control schemes. This article looks into the future state of power system operations and control based on a number of assumptions and provides an analysis of the direction that this area might take over the next 25 years. Issues related to development of techniques and requirements for fully coordinated, high-bandwidth, and robust controls for power systems are discussed, and some methodologies are suggested. Proceeding toward this ultimate goal, system-wide automatic voltage control (SAVC), system-wide automatic power control (SAPC), and the integrated system-wide automatic control (SAC) concepts are introduced for coordination of injection (shunt) and routing (series) controllers for both real and reactive power.
doi_str_mv 10.1109/MCAP.2002.1018819
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subjects Automatic voltage control
Centralized control
Control systems
Power control
Power system analysis computing
Power system control
Power systems
Reactive power control
Robust control
Routing
title Future trends in power system control
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