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Power system observability using biogeography based optimization
Published in
2011
Volume: 2011
   
Issue: 583 CP
Pages: 384 - 389
Abstract
This paper presents a robust and optimal metering systems and optimal Phasor Measurement Unit (PMU) placement for real time power system monitoring taking into account of both normal and contingency cases. Two types of contingencies are named as single branch/meter outage and single branch/PMU outage for optimal meter and PMU placement respectively. The placement of meter and PMU are solved by Biogeography Based Optimization. In the PMU placement study, the virtual bus reduction technique is applied for reducing the scale of the system. Developed placement algorithm is illustrated using IEEE standard systems to demonstrate the effectiveness of the proposed algorithm.
About the journal
JournalIET Conference Publications
Open AccessNo
Concepts (24)
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    BIOGEOGRAPHY-BASED OPTIMIZATIONS
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    Ieee standards
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    OPTIMAL METERING SYSTEMS
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    Phasor measurement unit
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    PLACEMENT ALGORITHM
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    PMU PLACEMENT
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    REAL-TIME POWER SYSTEM
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    REDUCTION TECHNIQUES
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    SCADA
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    STATE ESTIMATOR
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    SYNCHRONIZED PHASOR MEASUREMENTS
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    VIRTUAL BUS
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    Algorithms
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    Ecology
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    Energy conservation
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    Intelligent systems
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    Observability
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    Outages
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    Phase measurement
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    Power transmission
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    Real time systems
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    Standby power systems
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    Units of measurement
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    Optimization