A fuzzy-logic rule based speed and load controller for combustion turbines in power generation.
Marino Sánchez-ParraSalvador Carlos De Lara JaymeLuis J. Bahamaca-FernandezPublished in: ACC (2002)
Keyphrases
- power generation
- fuzzy logic
- load forecasting
- reactive power
- wind turbine
- control system
- power system
- power plant
- expert systems
- short term
- unit commitment
- rule base
- electrical power
- soft computing
- fuzzy logic controller
- wind power
- neural network
- fuzzy controller
- fault diagnosis
- real time
- stochastic programming
- computational intelligence
- long term
- fuzzy logic control
- electric power systems
- wind speed
- intelligent control
- rough sets
- electricity markets
- electric power
- voltage stability
- fuzzy sets
- production cost
- bp neural network
- linear program
- rbf neural network
- control method
- evolutionary computation
- control algorithm
- fuzzy rules
- back propagation
- support vector
- objective function
- artificial intelligence
- particle swarm optimization
- membership functions
- pid controller
- fuzzy systems
- optimal control
- support vector regression