• it/

Search in the site by keyword

Publications - Paper

Modeling the vulnerability of power system components to debris flows for power systems resilience analyses

Related tags

#Electrical System #Electricity Network #Network Security #Planning #Resilience

Publications - Paper

Modeling the vulnerability of power system components to debris flows for power systems resilience analyses

The article proposes a physical analytical model to quantify the vulnerability of power system components to debris flow phenomena within resilience analysis for various application contexts (operational scheduling, network planning).

Hydrogeological threats are responsible for significant damage to critical infrastructure, including power systems. Among potential landslide movements, debris flows caused by intense rainfall represent a rare but impactful threat to the power system, leading to significant power outages worldwide.

 

The article proposes a physical analytical model to quantify the vulnerability of power system components to debris flow phenomena. This model can be applied in various resilience-oriented analyses, from long-term planning to operational scheduling. Case studies focus on two segments of the ultra-high voltage transmission network, demonstrating the model’s effectiveness in identifying network vulnerabilities and its applicability to large power systems.

Download Publication

Rif.RSE​

22005094

Destination​

17th International Conference on Probabilistic Methods Applied to Power Systems (PMAPS), Online, June 12-15, 2022

Publication Date

01 June 2022

Authors​

E. Ciapessoni, D. Cirio, A. Pitto, L. Mancusi, A. Abbate (RSE S.p.A.)

Publication Type

Paper

Projects

Resilience and Security for Energy Systems (ReSec4ES)

Target​

Research

Related tags

#Electrical System #Electricity Network #Network Security #Planning #Resilience

Comments