Cybersecurity is becoming a fundamental issue in Smart Grids. In the last past years, there have been remarkable advances in technologies for enhancing the security of electrical systems. Still, some systems shows severe vulnerabilities. One of them is represented by communication-based electrical protection. The present work analyzes vulnerabilities in such type of control networks. We analyze the attack models to communication-based electrical protection systems, discussing the impact of the implementation of IEC 62351 on these vulnerabilities. We also discuss possible countermeasures which can be useful to address the discussed vulnerabilities
Abstract—The smart grid, generally referred to as the next-generation power electric system, relies ...
The key attributes of a smarter power grid include: pervasive interconnection of smart devices; exte...
Increased power consumption and power supply variability require implementation of modern tools for ...
Since the 1990s, the digitalization process has transformed the communication infrastructure within ...
Modern and future substations are aimed to be more interconnected, leveraging communication standard...
Distributed Energy Resource Management System will enable interoperability in communication with all...
Increasing volatilities within power transmission and distribution force power grid operators to amp...
Abstract: The concept of smart grid is built on both electrical and two-way information flow, which ...
The rapid evolution of the Information and Communications Technology (ICT) services transforms the c...
Since the past decade, Smart Grid technology has seen an exponential increase. Smart grid is an inte...
Electric power is a fundamental necessity in the 21st century. Consequently, any break in electric p...
Currently, an extensive worldwide movement to implement electrical Smart Grid and replacing traditio...
Power system automation and communication standards are spearheading the power system transition tow...
Cyber threats pose an increasing threat to energy objects. It is essential to ensure the cybersecuri...
Intelligent Electronic Devices (IEDs), e.g., protective relays, have a vital role for protecting pow...
Abstract—The smart grid, generally referred to as the next-generation power electric system, relies ...
The key attributes of a smarter power grid include: pervasive interconnection of smart devices; exte...
Increased power consumption and power supply variability require implementation of modern tools for ...
Since the 1990s, the digitalization process has transformed the communication infrastructure within ...
Modern and future substations are aimed to be more interconnected, leveraging communication standard...
Distributed Energy Resource Management System will enable interoperability in communication with all...
Increasing volatilities within power transmission and distribution force power grid operators to amp...
Abstract: The concept of smart grid is built on both electrical and two-way information flow, which ...
The rapid evolution of the Information and Communications Technology (ICT) services transforms the c...
Since the past decade, Smart Grid technology has seen an exponential increase. Smart grid is an inte...
Electric power is a fundamental necessity in the 21st century. Consequently, any break in electric p...
Currently, an extensive worldwide movement to implement electrical Smart Grid and replacing traditio...
Power system automation and communication standards are spearheading the power system transition tow...
Cyber threats pose an increasing threat to energy objects. It is essential to ensure the cybersecuri...
Intelligent Electronic Devices (IEDs), e.g., protective relays, have a vital role for protecting pow...
Abstract—The smart grid, generally referred to as the next-generation power electric system, relies ...
The key attributes of a smarter power grid include: pervasive interconnection of smart devices; exte...
Increased power consumption and power supply variability require implementation of modern tools for ...