Salima Ismayilzada 29.01.2026
The eFORT project has been featured in the Global Power System Flexibility Monitor (GPFM) Insight Report series, prepared in the context of COP30, which took place in Belém, Brazil, from 10 to 21 November 2025.
The GPFM Insight Reports compile practical tools and application cases addressing key challenges in distributed integrated renewable energy systems at the edge of the power grid. The series focuses on system stability, power quality, and intelligent digital operation and maintenance, and aims to provide practical engineering reference material for the development of safe, efficient, clean, and intelligent power systems.
Within this framework, eFORT is featured in Insight Report 2, “Tool Solutions for Key Issues in Distributed Integrated Renewable Energy Systems at the Edge of the Power Grid”, under Use Case 2.2: Solutions for Resonance and Oscillation Suppression. The eFORT contribution is presented as “Case 3: Studies on Oscillation Damping and Black-Start Strategies in Cyber-Physical Grids.”
The case is based on work developed within Task T4.4 – Algorithms and strategies for secure grid operation modes and black-start recovery, led by project partner, CIRCE – Centro Tecnológico. It summarises simulation-based research on improving stability and restoration in renewable-rich cyber-physical power systems, including studies on oscillation damping, optimisation of grid-support controllers using artificial intelligence-based techniques, and black-start and stepwise restoration strategies supported by reinforcement-learning approaches.
Through its inclusion in the GPFM Insight Report series, eFORT contributes a technical application case to an international knowledge-sharing initiative addressing key challenges in renewable-intensive power systems, within the context of COP30.
The full Insight Report is publicly available at: https://www.mi-gpfm.com/documents/2012.html
About the eFORT Project
The Horizon Europe–funded eFORT project aims to support the development of a resilient and secure energy system in Europe, enabling reliable electricity supply for societies and economies in the context of increasing digitalisation and renewable energy integration. The project’s overarching objective is to contribute to power grids with fewer outages and faster service restoration in the event of disruptions.
To achieve this objective, eFORT develops novel strategies and technological solutions to analyse risks and vulnerabilities and to strengthen the robustness of Electrical Power and Energy Systems. The project’s work includes the development of an intelligent platform, the use of digital twins of the power grid, data confidentiality procedures, and the application of blockchain layers across selected solutions to support secure and reliable grid operation.
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