Cybersecurity attacks on critical infrastructure are increasing in frequency and sophistication, causing significant disruptions and highlighting vulnerabilities in essential systems. This paper focuses on the impact of such attacks on electrical power systems, particularly on three-phase induction motors. Analyzing historical cyberattacks, we identify potential vulnerabilities and simulate unbalanced voltage conditions to observe their effects on motor performance and lifespan. Our simulations reveal that these conditions lead to increased mechanical and thermal stresses, resulting in potential physical damage and reduced operational lifespan of the motors. Through this approach, we aim to enhance the resilience of cybersecurity measures and safeguard critical industrial assets from future cyber threats. Speaker(s): Gaving McCormick, Virtual: https://events.vtools.ieee.org/m/460945

Virtual: https://events.vtools.ieee.org/m/460410