Real Time Implementation of Third Generation CRONE Control Strategy for Air Pressure System

Abstract

The primary objectives of this research work are design and implementation of Third Generation CRONE controller for Air Pressure System (APS). The mathematical modeling is determined using worst case modeling technique for different operating regions. The design and implementation of CRONE control strategy through worst case modelling and examined in real time. The performances of Third Generation CRONE (TGC) controller is compared with ZN-PI controller and the results are tabulated in terms of time domain and error indices. It is validated that the TGC controller gives better performances than ZN-PI controllers.

Performance Evaluation of Composite CRONE Controller Strategy for an Air Pressure System

“…But unfortunately, the tuning of the CRONE controller has been failed drastically due to higher values of IAE and ISE as well as rise and settling time performances [10]. Real-time APS performance has been compared between CRONE and conventional controllers and tuning methods have been found to be unsuccessful based on the observation of acquired values [11]. Te two distinct controllers, namely, CRONE and H∞ controller have been adopted in the wind conversion system and addressed problems such as turbine speed, harmonics, mechanical vibrations, and load variations.…”