With the increasing occurrence of energy collapses
worldwide, often manifested as electricity shortages (commonly referred to as
blackouts) impacting industrial and household consumers, this paper addresses a
highly significant and relevant issue. Critical power infrastructures are
inherently vulnerable to various internal and external factors. The National
Power Grid (NPG), as a crucial component of the National Power System (NPS),
encompasses infrastructures of national importance. The inability of the NPG to
operate fully or partially (resulting in blackouts or brownouts) leads to energy
insecurity, posing severe and potentially catastrophic consequences for
industrial operations, the economy, society, and national security. Due to the
fact that NPG is of national strategic importance, it has to be assessed and
monitored permanently in terms of security risks, in order to identify
vulnerabilities, and this need for assessment also comes from the European
perspective because Romania is interconnected to ENTSO-E (European Network of
Transmission System Operators) which interconnects various power lines from
North to South, from West to East, or even with Africa and Asia. By knowing the
vulnerabilities, one can automatically identify the hazards and threats to
which it is subjected and engaged, being able to develop national / European measures
or strategies for the protection and security of the critical infrastructures
related to NPS. For this reason, it is considered that the identification of
vulnerabilities must become a pressing issue of societal, national and
implicitly European security. In conclusion, based on the risk assessment of
energy security on critical infrastructure (substations and overhead lines)
within NPG, 26 vulnerabilities have been identified. For instance, 13 internal
vulnerabilities with internal impact within the NPG, 4 internal vulnerabilities
with external impact on the European EEA and 9 external vulnerabilities within
the EEA internal impact on the international NPG.
Author(s)details:-
Alin E. Cruceru
Politechnic University of Bucharst, Romania.
Florin G. Popescu
University of Petrosani, 332093 Petrosani, Romania.
Daniel N. Fita
University of Petrosani, 332093 Petrosani, Romania.
Marius D. Marcu
University of Petrosani, 332093 Petrosani, Romania.
Razvan C. Olteanu
University of Petrosani, 332093 Petrosani, Romania.
Adrian M. Schiopu
University of Petrosani, 332093 Petrosani, Romania.
Gabriela Popescu
Politechnic University of Bucharst, Romania.
Please See the book
here :- https://doi.org/10.9734/bpi/caert/v10/3282
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