Abstract
Energy storage control systems (ESCS) equipped with integrated energy storage platforms (IESPs) serve as vital components in modern microgrids and distributed energy systems. However, these systems also inherit a range of vulnerabilities common to industrial control systems (ICS), rendering them susceptible to cyber threats. This paper investigates the key cybersecurity weaknesses in platforms, including open or misconfigured ports, weak or default credentials, insecure communication protocols, and known software vulnerabilities. Drawing on recent real-world advisories and documented CVEs, we highlight how these flaws may be exploited to compromise operational integrity, cause grid instability, or enable lateral attacks within critical infrastructure networks. The findings underscore the urgency of adopting robust defense-in-depth strategies and secure configurations for proactive vulnerability management of IESPs.