Lessons Learned from a Cybersecurity Risk Assessment of OpenADR in Smart Grid Planning

Integrating OpenADR in smart grids enhances demand-response but introduces cybersecurity risks that must be addressed early in the planning phase. This paper presents a cybersecurity risk assessment case study for Lnett, a Norwegian DSO planning OpenADR implementation. Using a six-step, lightweight method, we identified 10 key cybersecurity risks. Stakeholder feedback highlighted the method’s structured approach, iterative process, and external expertise, while also noting challenges in defining the analysis object and tracking documentation. We derived six lessons and practical recommendations for DSOs implementing OpenADR or similar protocols, contributing to stronger cybersecurity resilience in demand-response systems and informing future smart grid risk assessments.

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Publication Details

Published
2025-08-04
DOI
https://doi.org/10.1109/csr64739.2025.11130051
Primary Topic
Smart Grid Security and Resilience
Type
article
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article

Lessons Learned from a Cybersecurity Risk Assessment of OpenADR in Smart Grid Planning

Are Kvinnesland, Gencer Erdogan, Aida Omerovic, Eivind Solvang et al.
Smart Grid Security and Resilience
article

Lessons Learned from a Cybersecurity Risk Assessment of OpenADR in Smart Grid Planning

Are Kvinnesland, Gencer Erdogan, Aida Omerovic, Eivind Solvang, Andreas Killingberg, Inge Abrahamsen Avinor
article en

Abstract

Integrating OpenADR in smart grids enhances demand-response but introduces cybersecurity risks that must be addressed early in the planning phase. This paper presents a cybersecurity risk assessment case study for Lnett, a Norwegian DSO planning OpenADR implementation. Using a six-step, lightweight method, we identified 10 key cybersecurity risks. Stakeholder feedback highlighted the method’s structured approach, iterative process, and external expertise, while also noting challenges in defining the analysis object and tracking documentation. We derived six lessons and practical recommendations for DSOs implementing OpenADR or similar protocols, contributing to stronger cybersecurity resilience in demand-response systems and informing future smart grid risk assessments.

SINTEF (NO), 657 Oslo (NO), Robotic Drilling Systems (Norway) (NO), SINTEF Energy Research (NO), SINTEF Digital
Openalex Percentile: Top 73%
Smart Grid Security and Resilience
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Lessons Learned from a Cybersecurity Risk Assessment of OpenADR in Smart Grid Planning — Are Kvinnesland, Gencer Erdogan, et al. · (2025) | TGRS Research Map | TGRS