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Optimal shunt compensation for improving voltage stability and transfer capability in metropolitan area of the Korean power system
Yun Hyuk Choi
,
Byongjun Lee
*
, Tae Kyun Kim
*
Corresponding author for this work
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peer-review
1
Citation (Scopus)
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Keyphrases
Korean Power Systems
100%
Voltage Stability
100%
Metropolitan Areas
100%
Voltage Transfer
100%
Transferability
100%
Shunt Compensation
100%
Capacitors
25%
Voltage Profile
25%
Reactive Power
25%
Compensating Device
25%
Reactor
25%
Power Flow
25%
Control Device
25%
Robust Control Strategy
25%
Control Objectives
25%
Compensation Device
25%
Compensation Algorithm
25%
Switching Costs
25%
Cost Computation
25%
Voltage Accuracy
25%
Voltage Violation
25%
Engineering
Voltage Stability
100%
Power Engineering
100%
Shunt Compensation
100%
Illustrates
25%
Power Flow
25%
Reactive Power
25%
Control Strategy
25%
Control Objective
25%
Feasible Control
25%
Optimal Control
25%