Dear Reader, welcome to the sixth newsletter of the SDN-microSENSE project, an EU Funded Innovation Project. This edition provides you an overview of the third use case the project examines: Large-scale Islanding Scenario Using Real-life Infrastructure. We hope you will find the contents of this newsletter interesting, your comments and suggestions are always appreciated.

Towards Securing Large-Scale Grid Interconnection Infrastructures

The ongoing climate change demands radical changes to critical infrastructures aiming to save energy and reduce carbon emissions. Towards this goal, the interconnection of remote areas with the national grid is a top priority for the EU and the member states.

The non-interconnected areas (e.g. islands that are not connected to the national electrical grid) are  normally electrified by local power stations (Autonomous Power Stations – APS), which, however, are costly and result in a high carbon footprint, since they burn imported fossil fuels. The interconnection of these areas with the national grid will allow them to be electrified by the existing power infrastructure, whereas regions with high renewable energy potential will be able to infuse clean energy to the national grid, improving the overall national energy mix and contributing to the national economy.

However, the advanced automation equipment that is used to control the new segments of the interconnected grid (smart inverters, Programmable Control Units – PLCs, Remote Terminal Units – RTUs), increase the attack surface, and the fluctuations observed in the renewable energy sources introduce significant challenges in terms of ensuring the security and stability. Considering that the grid interconnection can also establish the preconditions for wide-area cascading effects, new solutions are required to ensure stability of electrical grid and mitigate possibly disastrous cascading effects with severe impact to other critical infrastructures (e.g. healthcare) or high-value economic activities (e.g. tourism).

The 3rd pilot of SDN-microSENSE, “Large-scale Islanding Scenario Using Real-life Infrastructure”, which will take place in Greece, concerns the validation of the SDN-microSENSE platform in the new interconnection of the Cyclades islands with the mainland. This interconnection is one of the most important interconnection projects both at national and European level. The project started in 2007 with a budget of € 389,059,862.79, co-funded by EU and managed by the Independent Power Transmission Operator (IPTO) and is expected to be completed in 2024. Upon completion, the new interconnection will bring significant advantages for Greece, such as:

  • Reduced energy costs that will be reflected to energy consumer’s bills.
  • Reduction of the environmental burden for the islands since APS will no longer operate.
  • Reducing the country’s dependence on fuel imports.
  • New opportunities for the development of new large-scale projects to maximise the renewables potential of the islands, resulting to a cleaner energy mix and new jobs.
  • Strengthening the local and national economy.
Therefore, this pilot will provide the unique opportunity for the SDN-microSENSE consortium to validate the efficiency of the platform in the context of a high-impact innovative project that paves the way for similar interconnection projects in Greece and EU. 
You can find more details in the project website:
Read more


SDN-microSENSE has co-organized the Second International Workshop on Electrical Power and Energy Systems Safety, Security and Resilience (EPESec 2021) in conjunction with the ARES workshops EU Projects Symposium 2021 at 16th International Conference on Availability, Reliability and Security (ARES 2021 – http://www.ares-conference.eu). The workshop was held virtuall due to travel restrictions in 17/08/2021. 

About SDN-microSENSE

SDN-microSENSE has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 833955. The information contained in this newsletter reflects only the authors’ view. EC is not responsible for any use that may be made of this information. SDN-microSENSE website
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