Analysis of Predictive Current Control Technique in Wind Energy Conversion System

Abstract

In today’s world as there is surge in power demand, there is need for alternative energy sources and wind energy generation systems are now gaining popularity as they provide better power quality and active power control. The predictive technique is a propitious substitute to control the operation of matrix converters as it includes extra aspects in the control which makes it simple and flexible. The implementation of this strategy can be useful in renewable energy technologies, grid interconnection, multi-drive systems control, etc. Analysis of predictive control proposition when implemented into different topologies of matrix converters in synchronism with different cascaded systems used in different industrial applications mainly in renewable energy and multi-drive system have been discussed. In this paper, various control strategies and application where predictive control techniques are implemented have been discussed. The Model Predictive control (MPC) has been discussed which provides a superior flexible as well as superior possibility for the control of electrical energy. This noble perspective takes into account the discrete and non-linear nature of power converters and drives which gives indication to have a efficacious influence on control in power electronics technology in the near future.