the Need for a Comprehensive Design Methodology: Epistemological Perspective

Abstract

This paper describes an improved version of the H oo control schemes to enhance the performance and stability of the superconducting generator (SCG). A Flexible control structure is proposed, designed and implemented to overcome the problems that resulting from the low inherent damping nature of the superconducting generator. The controller is implemented using a detailed nonlinear simulation. The timeinvariant state space model is also obtained and the system oscillatory modes are given. The simulation results are represented in comparison with other results which obtained using conventional control systems. The linear time response simulation and the non-linear time response with the transient stability analysis confirms the superiority of the proposed controller and illustrate its effectiveness in system stabilization.