State Energy Resilience Framework

Phillips, Julia; Finster, Molly; Pillon, J.; Petit, Frédéric; Trail, Jessica B

doi:10.2172/1344905

Cited by 9 publications

(3 citation statements)

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“…In this context, our primary objective, based on elaborated analysis of information resources, is to suggest the methodological framework for the resilience assessment of electric power infrastructure. Developing the methodological framework will, in line with this, draw on the alteration of existing and already available methodologies, e.g., CIERA [2], state energy resilience framework [3] and guidelines for critical infrastructures resilience evaluation [4]. More precisely, the methodological framework will involve five steps, thus allowing effective capture area of resilience and its assessment.…”

Section: Introductionmentioning

confidence: 99%

Methodological Framework for Resilience Assessment of Electricity Infrastructure in Conditions of Slovak Republic

Dvořák

Chovančíková

Bruk

et al. 2021

IJERPH

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The quality of the environment as well as public health is convincingly coupled with the functioning of a power subsector. The power subsector plays a pivotal role in the sense that it emerges as the key cross-sectional element for the society’s functioning (production, services, healthcare, education and others). A modern society consists of infrastructure systems that are primarily dependent on continuous electricity supplies. Each and every element of the electric power infrastructure is unique, and thus, its malfunction can disrupt the functioning of an important part of the electric power infrastructure. In conjunction with ensuring the functioning of electric power infrastructure, our attention must be drawn to the resilience issue. As far as the resilience of electric power infrastructure is concerned, it can resist weather-related events ensuring there are no disruptions in continuous electricity supplies. First, in the introductory part, the article presents the legal framework in the Slovak Republic. Second, it describes the current state of the electric power infrastructure of Slovakia. Third, it handles the state of the level of security risk assessment. Later on, in the literature review, besides turning to the issue of resilience assessment, the authors focused on the area of resilience of power engineering. Furthermore, the article scrutinizes resilience assessment in Slovakia, and it briefly examines approaches towards natural threats. In addition, the article demonstrates several approaches towards flood resilience. Having used different methods, the primary concern is to devise a framework for resilience assessment. Therefore, the included case study examines aspects of the proposed framework for resilience assessment. In conclusion, our aim was, in most respects, to outline an innovative methodological framework for increasing the resilience of electricity infrastructure.

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Section: Introductionmentioning

confidence: 99%

Methodological Framework for Resilience Assessment of Electricity Infrastructure in Conditions of Slovak Republic

Dvořák

Chovančíková

Bruk

et al. 2021

IJERPH

View full text Add to dashboard Cite

show abstract

“…Four abilities of a resilient system are anticipation, absorption, adaptation, and rapid recovery (Ayyub, ; Carlson et al., ; Collier, Panwar, Ganin, Kott, & Linkov, ; Francis & Bekera, ; Ganin et al., ; Kamalahmadi & Parast, ; Phillips, Finster, Pillon, Petit, & Trail, ). We merged the resilience profile from Francis and Bekera () and Ganin et al.…”

Section: Introductionmentioning

confidence: 99%

Design and Assessment Methodology for System Resilience Metrics

Najarian

Lim

2019

Risk Analysis

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By providing objective measures, resilience metrics (RMs) help planners, designers, and decisionmakers to have a grasp of the resilience status of a system. Conceptual frameworks establish a sound basis for RM development. However, a significant challenge that has yet to be addressed is the assessment of the validity of RMs, whether they reflect all abilities of a resilient system, and whether or not they overrate/underrate these abilities. This article covers this gap by introducing a methodology that can show the validity of an RM against its conceptual framework. This methodology combines experimental design methods and statistical analysis techniques that provide an insight into the RM's quality. We also propose a new metric that can be used for general systems. The analysis of the proposed metric using the presented methodology shows that this metric is a better indicator of the system's abilities compared to the existing metrics.

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“…To enhance resiliency of the power system, the approaches to dealing with di erent types of threats are classi ed into two categories of operation-oriented [10] and hardening-oriented [11]. Some of the approaches only touch reinforcement of elements against a speci c type of threat [12,13] while others revolve around solutions that can be implemented independent of the threat [14], one of which is using microgrids (MGs) [15].…”

Section: Introductionmentioning

confidence: 99%

Enabling Demand Response Potentials for Resilient Microgrid Design

Chegenizadeh

Safdarian

2019

Scientia Iranica

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The future microgrids (MGs) hosting a multitude of uncertain and intermittent local renewable generation resources are anticipated needing fast and exible units on the generation side. However, demand response, as a load shaping tool, can alleviate this need. This paper proposes a model to consider demand response potential incorporated by timevarying prices in MG design studies. The model aims at maximizing pro t of the MG owner while technical limits and constraints are adhered to. It also ensures that the designed MG is resilient to islanding events. To handle complexity of the model, Benders decomposition was used to decompose it into a master problem and two types of sub-problems. The master problem optimized binary variables indicating installing status of generating units and batteries. The rst type of sub-problems optimized continuous variables and the second ensured the resilient operation of the MG against islanding events. In the model, the uncertainties associated with load and intermittent generation resources were captured via a scenario-based stochastic approach. Demand behavior in response to time-varying prices was modeled via price elasticity coe cients. Also, e ectiveness of the proposed model was investigated through extensive numerical studies and sensitivity analyses.

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State Energy Resilience Framework

Cited by 9 publications

References 0 publications

Methodological Framework for Resilience Assessment of Electricity Infrastructure in Conditions of Slovak Republic

Methodological Framework for Resilience Assessment of Electricity Infrastructure in Conditions of Slovak Republic

Design and Assessment Methodology for System Resilience Metrics

Enabling Demand Response Potentials for Resilient Microgrid Design

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