SYNCHRONIZATION OF CHAOTIC FRACTIONAL ORDER ENERGY RESOURCES OF DEMAND SUPPLY SYSTEMS VIA ACTIVE HYBRID CONTROL

In this paper, synchronization of energy resources demand-supply system in China is considered. The original system behavior can be modeled via a fractional order chaotic system. A new active hybrid method based on feedback linearization control method has been proposed for synchronization of the energy resources demand and supply systems. Besides, the stability of the synchronized system been investigated, analytically and the necessary and sufficient condition for asymptotic stability of the error dynamics has been achieved. Next, numerical simulations are performed to verify the effectiveness of the proposed synchronization scheme. The results show the out-performance of the proposed method with respect to the methods in the literature. Low controller effort, short settling time, insignificant steady state error and simple controller design are advantages of using this method.