Scenario Analysis of Extremum Seeking for Volt-Var Control and Phase Balancing

Item Attributes

Title:	Scenario Analysis of Extremum Seeking for Volt-Var Control and Phase Balancing
Authors:	MacDonald, Jason Sankur, Michael
Keywords:	Distributed Control Model-Free Optimization Voltage Control Distribution System Management
Issue Date:	2019
Publisher:	Regents of the University of California
Abstract:	This is a self contained simulation that implements Extremum Seeking Control to provide a selectable objective (Voltage Regulation, Minimize Losses, & Voltage and Current Balancing) to a distribution system. Three phase power flow is solved via the Newton Raphson method.
Description:	Devices in the network providing extremum seeking control will minimize the selected objective by probing the system with unique sinusoids. The objective will be formed from the appropriate measurements of the system states, as determined via the 3-phase power flow results. The ES controllers extract their gradient based on the probe from the objective values and drive their set point (without the probe) toward the system minimum. See Readme for more description.
URI:	http://item.bettergrids.org/handle/1001/539
Appears in Collections:	Software Algorithm Collection

File	Description	Size	Format	Export	Browse
	Quasi-Steady State distribution simulation with Extremum Seeking Control for Volt Var Control and Phase balancing objectives.	1.16 MB	Archive

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