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Distributed H_inf-Based Control of Electrical Power Systems
Estimation and Control of Networked Systems, Volume # | Part#
Authors
Dekker, Gerrit Willem; Jokic, Andrej; Weiland, Siep
Digital Object Identifier (DOI)
10.3182/20100913-2-FR-4014.00027
Page Numbers:
19-24
Index Terms
Control with communication constraints (quantization effects etc)
Abstract
We consider the optimal network frequency control in electrical power systems. The overall power system consists of several subsystems distributed over a network. We implement a method of synthesizing a distributed dynamic output feedback controller (Langbort et al., 2004a) for such a system consisting of several subsystems distributed over an arbitrary graph. This H-infinity-based distributed approach is then compared with the classical AGC controller, the centralized H-infinity solution and different MPC approaches.
References
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