THREATS AND VULNERABILITIES OF THE OBJECTS OF CYBER-PHYSICAL ENERGY SYSTEM IN THE CONTEXT OF DIGITAL TRANSFORMATION OF ITS PROPERTIES
THE PURPOSE. Analysis of threats and vulnerabilities in the assessment of risks of digitization of objects of information and communication and technological infrastructures of cyberphysical energy system (KFES), including cyber-attacks. PRACTICE. The studies used the Pareto Law and ABC-analysis to classify and assess the risks of digitization according to their degree of importance. RESULTS. The factors that determine the occurrence of risks at digitization and informatization of power facilities have been analyzed. The threats to cybersecurity of the KFES digital management platform and its components that are most vulnerable to cyberattacks have been identified. The obtained assessments of risks of digitization of power facilities on the example of the real energy system allowed to highlight the most significant risks in terms of possible damage. CONCLUSION. The studies carried out could be useful in the transition to risk-based management of CFES, as well as in the development of measures to reduce risks in the digitization of energy facilities.