A Criticality-based Approach for the Analysis of Smart Grids

Katina, Polinpapilinho F.; Keating, Charles B.; Zio, Enrico; Gheorghe, Adrian V.

doi:10.1007/s40866-016-0013-2

Cited by 18 publications

(7 citation statements)

References 64 publications

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“…The public's perception of the risks of emerging technologies is influenced by a multitude of factors. A systematic and precise comprehension of these factors is needed to effectively promote the sustainable development of emerging technologies [82], but there is a lack of research that considers SGs as a cohesive and interconnected system [83].…”

Section: Discussionmentioning

confidence: 99%

The Research Agenda on Smart Grids: Foresights for Social Acceptance

Senyapar,

Bayindir

2023

Energies

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The “smart grid” (SG) refers to an advanced electricity grid system that possesses the capability to effectively co-ordinate the activities of all its connected users, encompassing both energy producers and consumers, with the primary objective of ensuring the provision of a reliable, cost-effective, and environmentally sustainable electricity supply while also prioritizing security measures. Research on the adoption of SG technology holds significant academic value as it addresses the crucial issue of user resistance, which can impede or postpone the progress of SG initiatives. In this paper, bibliographic data obtained from Web of Science and Scopus documents on SGs are analyzed with two complementary methods of bibliometric and thematic analysis. The findings revealed that academic production in the field is in step with renewable energy use but tends to diminish. The authors, publications, and countries that shape the field have been identified. The in-depth thematic analysis uncovered that safety concerns, artificial intelligence, and electric vehicles are the main areas of study, and economic benefits are found to be more effective than environmental concerns in SG technology’s social adoption. Studies and policies on SGs should consider the shift in consumer and producer roles. By comprehensively examining the literature on the social aspects of SGs, which is an oft-neglected area, this study aimed to provide researchers and policymakers with fresh perspectives on how to expedite the adoption of this innovative technology, thereby facilitating the transition towards a sustainable, environmentally conscious, and fair energy system.

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Section: Discussionmentioning

confidence: 99%

The Research Agenda on Smart Grids: Foresights for Social Acceptance

Senyapar,

Bayindir

2023

Energies

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“…Many countries' smart grid regulations and policies start from the need to compose innovative policies to assist end user pricing systems and competitive offerings, resulting in improved efficiency while reducing risk in the energy market, thus encouraging investors [74,75].…”

Section: Regulation and Policiesmentioning

confidence: 99%

Energy Management Systems Using Smart Grids: An Exhaustive Parametric Comprehensive Analysis of Existing Trends, Significance, Opportunities, and Challenges

Khan

Shahid

Alam

et al. 2022

International Transactions on Electrical Energy Systems

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The integration of widely fluctuating distributed generation (such as photovoltaic panels, wind power, electric vehicles, and energy storage systems) puts the stability of power technologies and distribution structures in jeopardy. However, the fundamental reason is that the electrical supply and demand ratio may not be balanced. An excess or scarcity of electricity in the production or consumption of energy can disrupt the system and cause serious difficulties such as voltage drops/rises and, in extreme cases, power outages. Energy management systems can efficiently increase the balance between supply and demand while reducing peak load during unscheduled periods. The energy management system can handle distributing or exchanging energy among the many energy resources available and economically supplying loads in a stable, safe, and effective manner under all power grid operating situations. This article examines the energy control system’s structure, goals, benefits, and challenges through an in-depth investigation of the various stakeholders and participants involved in this system. This review provides a detailed essential analysis of the operation of several programs used inside the power management system, such as demand response, demand management, and energy quality management. It also includes a summary of the smart grid’s functionalities, features, and related techniques and has discovered research gaps, challenges, and issues. Furthermore, in this article, the authors review the literature on the enabling technologies of smart grid and investigate the energy management system, which is among one of the major emerging technologies and quantifications of the various uncertainty techniques. In this paper, the authors also discussed the comprehensive review of researchers’ efforts and contributions to the smart energy management system in the smart grid. It also compares and evaluates the key optimization approaches utilized to achieve the remarkable aims of energy management structures while also fulfilling a variety of constraints. This comprehensive review will be very beneficial for the new researchers, and it would be a great contribution to the research community.

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“…), system defensive properties (including physical barriers), maintenance capability to resist attacks, susceptibility, capacity, time to repair, availability of warning systems, and critical time. An application of this approach in the context of smart grids is in Katina et al (2016). Authors extend the set of criticality's factors proposed in Katina and Hester (2013) to also comprise probability and consequence in a new perspective baptised criticality-based approach (CBA).…”

Section: The Deterministic Property Consists Of Two Other Componentsmentioning

confidence: 99%

A deterministic approach for systems-of-systems resilience quantification

Ed-daoui

Itmi

Hami

et al. 2018

IJCIS

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With recent advances in systems-of-systems, reliability analysis becomes a very challenging research topic. One of the most pressing issues is to figure out a plan to handle resilience. On this basis, we propose, in this paper, a structural deterministic approach to quantitatively measure systems resilience. This approach is based on a three-step method. First, evaluate the functional dependencies between groups by considering a system-of-systems as a large-scale interconnected network of systems distributed into interdependent groups. This leads us to better understand the overall connections and process continuity. Next, analyse how much the global architecture of the system-of-systems depends on every group. Last, estimate its structural resilience by measuring the impact of each system's failure on the other systems forming the global system and building the process. Two case studies are provided to experiment our approach. The results are cross-compared and evaluated.

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A Criticality-based Approach for the Analysis of Smart Grids

Cited by 18 publications

References 64 publications

The Research Agenda on Smart Grids: Foresights for Social Acceptance

The Research Agenda on Smart Grids: Foresights for Social Acceptance

Energy Management Systems Using Smart Grids: An Exhaustive Parametric Comprehensive Analysis of Existing Trends, Significance, Opportunities, and Challenges

A deterministic approach for systems-of-systems resilience quantification

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