In an era where the energy sector relies increasingly on digital technologies, the reliability and security of Electric Power and Energy Systems (EPES) infrastructure are…
In our digital age, the security of our energy infrastructure stands as a cornerstone for uninterrupted power supply. Ensuring that all components harmonize seamlessly within…
In recent years, interest has been growing considerably regarding the impact of the forthcoming E-mobility ecosystem on power system operations. In the recent report of…
The first electrical power and energy system (EPES) was used back to the late 19th century and since then plays a critical role to people’s…
One of the objectives of the work performed in WP10 was to identify and prioritize the most important factors that can affect the market adoption…
by Grigore Stamatescu, ICT Consultant, TUV Austria Romania (grigore.stamatescu@tuv.at) Emerging Electrical Power and Energy Systems (EPES) act as a reliable backbone and springboard for tackling…
Pablo de Juan Fidalgo Atos Research and Innovation, Spain Hristo Koshutanski Atos Research and Innovation, Spain According to the European Commission, critical infrastructures (CI) are all those…
Federated Learning (FL) is defined as a distributed stochastic learning and privacy-preserving methodology which orchestrates, distributes, trains, and aggregates Deep Neural Networks across a large…
by Hristo Koshutanski, hristo.koshutanski@atos.netAtos Research and Innovation, Spain. Current challenges: In recent years the business demands for remote visibility into industrial operations led to the…
Modern Electrical and Power Energy Systems (EPES) are characterised by a distributed design where sensors are used to measure, control, and monitor the entire infrastructure…