Modeling an‎d optimization of energy system resilience against cyber threats

1/1/1900 12:00:00 AM

This research examines the impact of cyber attacks on energy systems, especially power systems, using the stan‎dard IEEE power systems model. The voltage behavior under different attack scenarios is investigated, focusing on the critical busses in the network, it is shown how DoS an‎d FDI attacks disrupt the voltage regulation mechanisms an‎d lead to severe voltage changes in the key buses. Studies on the vulnerabilities of the power grid an‎d the security of physical-cyber systems, the method used includes eva‎luations based on the simulation of baseline voltage profiles an‎d comparative analysis under attack conditions in order to improve an‎d optimize. The combined effects of DoS an‎d FDI attacks are the most disruptive an‎d cause the voltage to exceed the operational threshold. This study emphasizes the need for real-time monitoring an‎d anomaly detection systems to increase resilience, stability an‎d reliability in power grids. . The results emphasize the vulnerability of power systems to cyber threats an‎d suggest solutions to mitigate their impact.

حملات سايبري , سيستم هاي انرژي , شبكه انتقال و توزيع قدرت , حمله DoS , حمله FDI

Cyber attacks , energy systems , power transmission an‎d distribution network , DoS attack , FDI attack

Mahdi Heidarinezhad

Dr. Dashti