Local and global optimization of exportable vehicle power based smart microgrid

This paper investigates the technical feasibility of a smart microgrid that includes (i) exportable vehicle power system (EVPS) units, (ii) Auxiliary Power Supply (APU) units, and (iii) utility distribution system. The Cognitive Power Management (CPM) of the microgrid is introduced based on the avai...

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Bibliographic Details
Published inISGT 2011 pp. 1 - 7
Main Authors Godarzi, A, Niaki, S A Nabavi, Ahmadkhanlou, F, Iravani, R
Format Conference Proceeding
LanguageEnglish
Published IEEE 01.01.2011
Subjects
Batteries
Cognitive Power Management
Density estimation robust algorithm
Engines
Fuel Optimization
Fuels
Optimization
Real time systems
Smart Microgrid
Vehicle-to-Grid
Vehicles
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Summary:This paper investigates the technical feasibility of a smart microgrid that includes (i) exportable vehicle power system (EVPS) units, (ii) Auxiliary Power Supply (APU) units, and (iii) utility distribution system. The Cognitive Power Management (CPM) of the microgrid is introduced based on the availability of communications, to optimize operation of the overall microgird system in terms of fuel consumption. The CPM uses CAN based communications and forms the "intelligence" of the microgrid. The primary objective of this study is to provide strategies for the local and global optimal fuel consumption of the combined EVPS and APU units. To highlight the salient performance features of the cognitive microgrid, a comparison between a conventional microgrid control strategy and the cognitive power management based microgird is also performed.
ISBN:9781612842189
1612842186
DOI:10.1109/ISGT.2011.5759144