Offshore wind farms (OWF) are relevant to the grid system and represent a substantial component in the energy transition. Risks such as cyber-physical threats need to be assessed and controlled to protect these infrastructures. In this work, it is aimed to model the relevant cyber and information security components of an OWF and to assess phase-specific risks. The model and risk assessment will be employed to propagate threats and to quantify the systems resilience
This work discusses the maintenance of Offshore Wind Farms in the context of resilience. Therefore, ...
As a result of the ongoing commitment to climate protection in more and more countries and the corre...
Cyber safety, security and resilience of Critical Infrastructures (CI) and critical societal functio...
Bearing in mind their exposed position and the rising importance for power provision, Offshore Wind ...
The share of wind power generation is steadily increasing and it reached 20.4% of Germany’s power su...
The topic of this contribution is the investigation in quantitative terms of Offshore Wind Farm (OWF...
The topic of this contribution is the investigation in quantitative terms of Offshore Wind Farm (OWF...
Current industry standards for managing cyber security risk continue to evolve and adapt to the thre...
In 2021 a change in legislations lead to new definition of Critical Infrastructure (CI). The thresho...
The Offshore Wind Energy Supply System (OWESS) faces a number of threats and vulnerabilities which c...
Offshore wind farms (OWFs) are important infrastructure which provide an alternative and clean means...
This paper defines a risk analysis framework for offshore wind turbines (OWTs) and OWT farms. OWTs, ...
Offshore wind power is increasingly becoming a mainstream energysource, and efforts are underway tow...
Europe is the world leader in offshore wind energy. Due to the European Union's renewable energy and...
Between February and June 2022, multiple wind energy sector companies were hit by cyber-attacks impa...
This work discusses the maintenance of Offshore Wind Farms in the context of resilience. Therefore, ...
As a result of the ongoing commitment to climate protection in more and more countries and the corre...
Cyber safety, security and resilience of Critical Infrastructures (CI) and critical societal functio...
Bearing in mind their exposed position and the rising importance for power provision, Offshore Wind ...
The share of wind power generation is steadily increasing and it reached 20.4% of Germany’s power su...
The topic of this contribution is the investigation in quantitative terms of Offshore Wind Farm (OWF...
The topic of this contribution is the investigation in quantitative terms of Offshore Wind Farm (OWF...
Current industry standards for managing cyber security risk continue to evolve and adapt to the thre...
In 2021 a change in legislations lead to new definition of Critical Infrastructure (CI). The thresho...
The Offshore Wind Energy Supply System (OWESS) faces a number of threats and vulnerabilities which c...
Offshore wind farms (OWFs) are important infrastructure which provide an alternative and clean means...
This paper defines a risk analysis framework for offshore wind turbines (OWTs) and OWT farms. OWTs, ...
Offshore wind power is increasingly becoming a mainstream energysource, and efforts are underway tow...
Europe is the world leader in offshore wind energy. Due to the European Union's renewable energy and...
Between February and June 2022, multiple wind energy sector companies were hit by cyber-attacks impa...
This work discusses the maintenance of Offshore Wind Farms in the context of resilience. Therefore, ...
As a result of the ongoing commitment to climate protection in more and more countries and the corre...
Cyber safety, security and resilience of Critical Infrastructures (CI) and critical societal functio...