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ETIP SNET
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Working Group 4
Digitalisation of the electricity system and customer participation

Work Group 4 addresses the use and impact of the Information and Communication Technologies as a pervasive tool along the entire value chain of the power generation, transportation and use. The communication layer is one of the pillars of the smart energy system, enabling system observability, monitoring, control and protection, specifically enabling a radical change in the relation between the final user and the energy system. New digital tools (i.e. from smart meters to social networks) linked to the Internet of Things will aim to favour Customer participation in all stages of the development and expansion of the energy system thanks to the analysis of big data generated. The widespread use of digital technologies however needs to be accompanied by suitable measures for data and information protection from malicious intrusions and attacks (cybersecurity) and from uncontrolled use of customers data (data privacy). In particular, Working Group 4 follows on:

  • The full digitalization of both the transmission and the distribution networks with new ICT infrastructures Cybersecurity issues linked to Use of big data, IoT and High Performances Computing;
  • ICT infrastructures and technologies that will allow the involvement of the end customers and the retail market players;
  • The retail electricity markets empowering customers (favourable environment to choose electricity suppliers and to better control consumptions through new services provided by new market players);
  • The Improvement of public awareness of long-term energy challenges and the need to build and protect transmission infrastructure to increase the social benefit of energy use.

Please download the full Terms of Reference here.

Would like to contribute to the ETIP SNET achievements? Apply to become a member of one of its Working Groups by filling in this form. Return the application form to secretariat@etipsnet.eu with email subject “Application to WG4"

Working Group Members

Chairs
Nikos Hatziargyriou National Technical University of Athens
Co-Chairs
Ricardo Bessa Inesctec
Dimitrios Doukas NET2GRID
Honorary Co-Chairs
Elena Boskov-Kovacs Blueprint Energy Solutions
Maher Chebbo CTechnologys
Miguel Sánchez Fornie Comillas University
Working Group Members
Tom Alphin B.A.U.M. Consult
Rachel Berryman Siemens
Ricardo Bessa Inesctec
Norela Constantinescu ENTSO-E
Carlos Damas Silva E-REDES
Aris Evangelos Dimeas National Technical University of Athens
Magda Foti UBITECH
Olivier Genest Trialog
Laura Grana Enel
Julie Horn Vyria-Energy
Bernard Istasse EISIS
Flouchi Imane Green energy park
Mariana Jiménez EPRI Europe DAC
Georges Kariniotakis PERSEE
Saman Korjani Fondazione Bruno Kessler
Mark McGranaghan EPRI
Marcus Meisel Sprecher Automation
Antonello Monti RWTH Aachen University, Fraunhofer-Gesellschaft
Peter Nemcek cyberGRID & Co. KG
Taj Nezami Smart DCC
Oleksandr Novykh University of La Laguna
Peter Oram SMART DCC
Antonios Papaemmanouil Lucerne University of Applied Sciences & Arts
Juha Röning University of Oulu and Owner of Codenomicon
Miguel Ángel Sanchez Fornie IBERDROLA, PRIME Alliance AISBLA, Instituto de Investigación Tecnológica
Elissaios Sarmas National Technical University of Athens (EPU-NTUA)
Moamar Sayed Mouchaweh VOOL EE
Laurent Schmitt Digital4Grids, dcbel
Marco-Robert Schulz Siemens
Katja Sirviö VTT Technical Research Centre of Finland
Peter Sobotka Corinex
David Steenmeijer Enexis Netbeheer B.V.
Järvet Tanel CAFA Tech OU
Maria Laura Trifiletti ZABALA Innovation SRL
Mathias Uslar OFFIS- Institute for Information Technology
Yiannis Vlachos National Technical University of Athens

Latest papers and documents

Enhanced system supervision and control
Working Group 4 - December 2025 This document focuses on the enhanced supervision and control requirements for current power systems, given the large penetration of variable renewable energy sources (RES) into transmission and distribution networks. A brief overview of current developments and trends in hardware and control equipment and functionalities for energy management and system control at the Transmission and Distribution level is provided, including energy management systems, advanced distribution management systems, distributed energy resources management systems, transactive energy systems, phasor measurement units, and wide area monitoring systems, advanced meters, and flexibility platforms.
Upskilling needs for the energy system to support the energy transition with a focus on digital skills
Working Group 4: digitalisation of the electricity system - July 2025 This document analyses the status and future of the skills needed to support the energy system during its transition to achieve the decarbonisation objectives. The digital transformation in the energy sector, as is any other part of the economy, affects especially the requested skills. The main focus of this document is targeting digital and other skills.