Assessment of Cyber Security Risks in Electrical Engineering System of Georgia

Cyber security is an integral part of electrical engineering and covers various aspects such as power grid security, electrical and power equipment security, risk management, standards compliance, and incident response to prevent cyber attacks on power grids. The article examines the probable risks of the electrical system of Georgia. for this purpose a logical graphic tool is used, to identify top-down failures, which cause lower-level system failures. Fault tree analysis consists of "events" and "logic gates", which correlate accidents to determine the cause of the most adverse event. The paper analyzes the causes of possible short-circuiting, violation of the dynamic stability of the network, and harmonic distortion in the networks of the electric system of Georgia and gives recommendations for their reduction.

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Publication Details

Journal
Mesopotamian journal of civil engineering.
Published
2024-08-20
DOI
https://doi.org/10.58496/mjce/2024/008
Citations
11
Primary Topic
Economic and Technological Systems Analysis
Type
article
Field-Weighted Citation Impact
8.04
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article

Assessment of Cyber Security Risks in Electrical Engineering System of Georgia

Maka Jishkariani
11 citations
Mesopotamian journal of civil engineering.
Economic and Technological Systems Analysis
8.04
article

Assessment of Cyber Security Risks in Electrical Engineering System of Georgia

Maka Jishkariani
article en
11 citations

Abstract

Cyber security is an integral part of electrical engineering and covers various aspects such as power grid security, electrical and power equipment security, risk management, standards compliance, and incident response to prevent cyber attacks on power grids. The article examines the probable risks of the electrical system of Georgia. for this purpose a logical graphic tool is used, to identify top-down failures, which cause lower-level system failures. Fault tree analysis consists of "events" and "logic gates", which correlate accidents to determine the cause of the most adverse event. The paper analyzes the causes of possible short-circuiting, violation of the dynamic stability of the network, and harmonic distortion in the networks of the electric system of Georgia and gives recommendations for their reduction.

Mesopotamian journal of civil engineering.Vol. 2024
Georgian Technical University (GE), Georgia Power (United States) (US)
Openalex Percentile: Top 3%
Economic and Technological Systems Analysis
8.04
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