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Risk-informed Resilience Planning of Transmission Systems Against Ice Storms by Hu, Chenxi; Li, Yujia; Hou, Yunhe is a scholarly article available to read on EtoBox.

What is Risk-informed Resilience Planning of Transmission Systems Against Ice Storms about?

Ice storms, known for their severity and predictability, necessitate proactive resilience enhancement in power systems. Traditional approaches often overlook the endogenous uncertainties inherent in human decisions and underutilize predictive information like forecast accuracy and preparation time. To bridge these gaps, we proposed a two-stage risk-informed decision-dependent resilience planning (RIDDRP) for transmission systems against ice storms. The model leverages predictive information to optimize resource allocation, considering decision-dependent line failure uncertainties introduced by planning decisions and exogenous ice storm-related uncertainties. We adopt a dual-objective approach to balance economic efficiency and system resilience across both normal and emergent conditions. The first stage of the RDDIP model makes line hardening decisions, as well as the optimal sitting and sizing of energy storage. The second stage evaluates the risk-informed operation costs, considering both pre-event preparation and emergency operations. Case studies demonstrate the model's ability to leverage predictive information, leading to more judicious investment decisions and optimized util

Author

Hu, Chenxi; Li, Yujia; Hou, Yunhe

Published

2023

Language

EN