One of the main advantages of the wide-area measurement systems in the small-signal
stability of the electric power systems is to use synchrophasor data from the phasor …

This paper presents the formulation of Wide Area Control (WAC) signals for either
coordinating all the governors of the system or coordinating simultaneously both the …

Power systems are integrating uncertain generations, demanding transient analyses using
dynamic measurements. However, High-Resolution (HR) Phasor Measurement Units are …

In the wide area measurement system (WAMS) of smart grid, the real-time monitoring and
protection applications have stringent requirements for the end-to-end transmission delays …

The fast 5G deployment at global level influences a variety of vertical sectors and offers
many opportunities for growth and innovation, drastically affecting modern economies …

The vast majority of the proposed Wide Area Control (WAC) methodologies is tested and
evaluated under the assumption that the system consists only of constant power loads …

Smart grid deployment can strongly be supported and enhanced by the expansion of 5G
infrastructures as the latter can offer immense opportunities to enable better efficiency …

The integration of renewable energy sources in the electrical grid imposes several
operational issues for the energy markets and the transmission system operators, in …

Towards the green transition of modern power systems, a massive deployment of distributed
energy resources (DERs) based on renewable sources is required. These DERs are grid …

For the tightly coupled integrated electricity and water system (IEWS), model-driven methods
are often based on a lot of assumptions. A data-driven method, as a novel alternative, is …