Indirect Adaptive External Neuro-Control for a Series Capacitive Reactance Compensator Based on a Voltage Source PWM Converter in Damping Power Oscillations.
Wei QiaoRonald G. HarleyPublished in: IEEE Trans. Ind. Electron. (2007)
Keyphrases
- single phase
- pulse width modulation
- output voltage
- power system
- control method
- dc dc converter
- power electronics
- control strategy
- power system stabilizer
- reactive power
- operating conditions
- electrical power
- control algorithm
- induction motor
- adaptive control
- matlab simulink
- control scheme
- voltage stability
- high voltage
- active power
- power flow
- control system
- pwm rectifier
- power quality
- loading conditions
- adaptive neural
- duty cycle
- power supply
- input output
- sliding mode control
- electronic circuits
- voltage sags
- mathematical model
- controller design
- dynamic characteristics
- lyapunov function
- multiple output
- optimal location
- dynamic response
- transmission line
- computational intelligence
- sliding mode
- fuzzy logic controller
- dynamic model
- power consumption
- neural network
- dead zone
- power losses
- neural network controller
- low voltage
- power generation
- pid control
- control law
- fuzzy controller
- optimal control
- fuzzy logic
- artificial neural networks