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University of Malta hosts second TenSyGrid plenary meeting

The University of Malta hosted the second plenary meeting of the TenSyGrid project on Friday 24 October 2025 at the newly inaugurated Engineering Research and Innovation Laboratory (ERIL), within the University of Malta. The event brought together representatives from all project partners, providing a platform to review progress, share updates on ongoing tasks, and plan the upcoming phases of the project.

The primary objective of the TenSyGrid project is to develop the TenSyGrid Toolbox: a suite of innovative, direct-stability assessment methods designed to support decision-makers, particularly network operators, in the real-time operation of large-scale power systems operating with 100% renewable energy sources. This capability is essential in addressing emerging challenges in the transition toward fully decarbonised electricity networks.

TenSyGrid is a project funded by the National funding Agencies of five partner countries under the Clean Energy Transition Partnership, which is co funded by the European Commission (GA 101 069750). The University of Malta through the Department of Electrical Engineering is a partner in the TenSyGrid project. The three-year project, launched in December 2024, brings together five partners across three European countries – Germany, Spain, and Malta.

The project is coordinated by Fraunhofer-Institut für Windenergiesysteme (IWES) and involves leading contributors including Universitat Politècnica de Catalunya, eRoots Analytics, Hamburg University of Applied Sciences, and the University of Malta. Together, the consortium is working to enhance and extend the current MTI toolbox to better support stability assessment in future power grids. TenSyGrid also benefits from the expertise of an international advisory board featuring key stakeholders in the energy sector: Enemalta plc, KEPCO, RTE, MathWorks®, TNEI – IPSA, OPAL-RT Technologies, and TU Delft University of Technology.

Further information about TenSyGrid can be obtained from the dedicated project website available or by directly contacting the principal investigator Prof. Inġ. John Licari.