Resilient Smart Grid Under Cyber Switching Attacks Using Distributed Energy Storage Systems

Abstract

Throughout the fourth industrial revolution, power systems are evolving into smart grids including intelligent communication networks and smart meters to operate a new “two-way power and information flows”. One of the main new concerns of the smart grid is its cyber-security to prevent cyber-attacks. These attacks, such as the switching attacks, can cause physical disturbances and blackouts targeting a generator in the power system destabilizing it. The energy storage systems implemented to improve the reliability of the power grid are also used to achieve the switching attacks and drive the corresponding generator out of stability. The impact of such an attack is simulated on the IEEE 39-Bus system using Power World Simulator and MATLAB. Based on the evaluation of the results and the attacker signature, different counterattack schemes are studied and performed using the available distributed energy storage systems. This is to enhance the performance of the system and to maintain its stability and reliable operation.