Cybersecurity and Resilience of Digital Energy Systems (CR-DES)

Updated 6.11.2024 | 10:49
European Union European Regional Development Fund logo
leverage from the EU 2014-2020
Research Council of Ostrobothnia
Digitalization and networking of energy systems expose them to cyber attacks that may cripple functioning of energy systems and therefore cause significant damage in society. The goal of this project is to develop cybersecurity skills with respect of digital energy systems.

Goals of the project are as follows:

1) strengthen research, development and innovation infrastructure of energy sector in Ostrobothnia

2) develop cybersecurity competencies concerning digital energy systems in the innovation ecosystem of the region

3) support firms and networks of firms of the region in developing new business models

Cybersecurity and Resilience of Digital Energy Systems (CR-DES)
Duration: 1.4.2020–31.3.2022
Project leader: Tero Vartiainen, University of Vaasa
Other researchers: Mike Mekkanen and Kimmo Kauhaniemi, University of Vaasa
Research group: Smart Electric Systems
Funding: ERDF, Regional Council of Ostrobothnia, companies, municipalities
External Funding: 389 868 eur
Budget: 479 303 eur
Cooperation partners: Wärtsilä, ABB, Arcteq, Wapice, Vaasan Sähkö, VASEK

Results: WP2  Deployment of the simulator platform

Developments of the Cyber Physical Security CPS Platform: CR-DES project: D2.1 - PDF (4 MB)
Cybersecurity and Resilience of Digital Energy Systems (CR-DES) development workshop 8th December 2020 - PDF (1 MB)

Results: WP3

Paper1 Intelligent Micro Grid Controller Development for Hardware-in the-loop Micro Grid Simulation Subject to Cyber-Attack published at SIMS_EUROSIM 2021 conference.pdf - PDF (883 KB)
Paper2 Develop a Cyber Physical Security Platform for Supporting published at SIMS_EUROSIM_2021 conference.pdf - PDF (560 KB)
WP3 TR 3.1: IEC 61850 communication Solution for Digital Energy Systems and Beyond - PDF (3 MB)
WP3 TR 3.2: IEC 62351 Data and Communication Security Power Systems Management and Associated Information Exchange - PDF (3 MB)
WP3 D 3.3: On modeling and measuring cyber-physical resilience in laboratory - PDF (8 MB)

Results: WP4

Paper1 Cyber Security in Energy Informatics A Non technical Perspectivepublished at DACH_Enlnf22 conference.pdf - PDF (144 KB)
Paper2 Real-time testing of a battery energy storage published at conference_IEEE ICPS_2022 conference.pdf - PDF (1013 KB)
WP4 TR 4.1: Critical Infrastructure Resilience Evaluation Guidelines - PDF (4 MB)

Results: WP4

SIL Testing model

CHIL Testing model

Results: WP5

Results: WP6

HYPERSIM and EXata RT Simulator Intoduction - PDF (9 MB)
A tutorial for using the RT simulators EXataCPS and HYPERSIM OPAL RT - PDF (2 MB)

Results: WP7

Technical report WP7 - PDF (614 KB)
Presentation - PDF (430 KB)
Presentation 2 - PDF (292 KB)

Results: WP8

Advertisement of our services - PDF (165 KB)
Cyber security virtual lab operating model - PDF (712 KB)
Operating Model Presentation - PDF (1 MB)
New research and Development Ideas.pdf - PDF (181 KB)
The Future of the Cyber Security Virtual Lab.pdf - PDF (172 KB)
Duration
-
Budget
External funding
389 868€
Total budget
479 303€
Units and groups
Smart electric systems
Cyber-Physical Systems
Technology and Innovations
Personnel
Principal investigator at the University of Vaasa
Tero Vartiainen
Researchers
Mike Mekkanen
Kimmo Kauhaniemi
Contact persons
Tero Vartiainen
Organisation coordinating the project
University of Vaasa
Cooperation partners
Wärtsilä
ABB
Arcteq
Wapice
Vaasan Sähkö
VASEK
Funding partners
EU - European Regional Development Fund 2014-2020
The Regional Council of Ostrobothnia
Companies
Kunnat - Municipalities