Proportional-Integral Control Analysis of Energy Resource System

This paper presents a response and stability analysis of proportional-integral controller implementation to a chaotic energy resource system. The study intended to establish and represent the stable region of the controller parameters. Routh-Hurwitz criteria is employed to analyze the conditions of the asymptotic stability of the whole controlled system. The controller parameters are chosen from the stable region and used in the controller so that the whole system could stay stable. Numeric simulations are presented to clarify and verify the control approach.