Results 241 to 250 of about 803,126 (302)
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Understanding automatic generation control
IEEE Transactions on Power Systems, 1992The authors describe what automatic generation control (AGC) might be expected to do, and what may not be possible or expedient for it to do. The purposes and objectives of AGC are limited by physical elements involved in the process and, hence, the relevant characteristics of these elements are described.
N. Jaleeli +4 more
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Smart Automatic Generation Control
2012 IEEE Power and Energy Society General Meeting, 2012While the main objectives of Automatic Generation Control (AGC) remains unchanged, it becomes more challenging to operate AGC to achieve the desired generation control performance and overall system economics performance. There is a need to make AGC smarter so that it has the capability to handle the additional complexities introduced by the energy and
null Dingguo Chen +3 more
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Juggling power control (automatic generation control)
IEEE Potentials, 1988The optimization of electric power generation and transmission in real time, known as automatic generation control (AGC), is normally implemented through the application of a sophisticated real-time computer system known as an energy management system (EMS). A decision by Pacific Gas and Electric Co.
B.M. Speckman, K.J. Wells
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Automatic Load Control for Turbine Generators
Transactions of the American Institute of Electrical Engineers, 1945This paper describes a load-control apparatus recently installed on two 20,000-kw turbines at the power plant of the Tennessee Coal Iron and Railroad Company at Fairfield, Ala., to reduce the magnitude of load swings imposed on a tie line by a hot-strip mill in the Tennessee Coal Iron Company plant.
F. E. Crever, R. L. Jackson
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Transformed automatic generation control
IEEE Transactions on Power Systems, 1996A new formulation of the principles of automatic generation control (AGC) is presented. Current AGC practice requires estimates of governor caused MW response to frequency deviations from nominal. The frequency bias for the AGC area control loop is an estimate of response for all online units within a given area, while the frequency bias for the AGC ...
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Automatic Generation Control Under Deregulation
IFAC Proceedings Volumes, 2001This paper attempts to identify the differences between the traditional Automatic Generation Control (AGC) under cost based regulated structure and novel AGC under a market based deregulated structure. The paper proposes a new formulation of AGC based on the feature of a new network structure, and finally, it describes some problems existing in novel ...
Ustijana Rechkoska +2 more
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Robust automatic generation control
International Conference on Simulation (1998), 1998This paper presents a new robust automatic generation control (AGC) algorithm. Its main aim is to find a controller that can ensure good stability and dynamic performance even under changes in system parameters. This is accomplished with no need to change, on line, the controller structure.
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Optimal Controller for Automatic Generation Control
IFAC Proceedings Volumes, 1977Summary This paper records the development of a classical optimal controller for Automatic Generation Control (A.G.C.) of an interconnected power system. Such an optimal controller based on a fixed control strategy is found to compete well with the optimal controller based on optimal control theory.
J. Nanda, B.L. Kaul
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Automatic Control Flow Generation for OpenVX Graphs
2017 Euromicro Conference on Digital System Design (DSD), 2017Heterogeneous platforms with large numbers of processing elements (PEs) have been proposed to satisfy the computational requirements of computer vision applications. Limiting the incurred communication cost here is key to meet the power constraints of embedded devices.
Popp, Merten +2 more
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Automatic bioprocess control. 1. A general concept
Journal of Biotechnology, 1991Automation of bioprocesses is presented and discussed. A general concept is applied to laboratory scale reactors as well as to large scale production facilities consisting of many unit operations with a hierarchical and highly modular structure. The implementation of non-dedicated and intelligent analytical subsystems is foreseen.
B, Sonnleitner, G, Locher, A, Fiechter
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