A neural-network-based controller for the cost-effective operation of a hybrid compensator for nonactive power.
Robert W. PretoriusIan S. ShawJacobus Daniel van WykPublished in: IEEE Trans. Ind. Electron. (2000)
Keyphrases
- cost effective
- controller design
- control scheme
- sliding mode control
- adaptive neural
- cost effectiveness
- low cost
- neural controller
- power consumption
- dead zone
- operating conditions
- adaptive control
- control system
- nonlinear systems
- dynamic model
- control theory
- closed loop
- power system
- neural network
- control strategy
- data center
- power generation
- real time
- optimal control
- fuzzy controller