Modelling and Risk Assessment of Special Protection Schemes in Transmission Systems

Kamps, Kristof; Möhrke, Fabian; Schäfer, Karl Friedrich; Zdrallek, Markus; Wasserrab, Andreas; Schwerdfeger, R.; Thiele, Mark

doi:10.1109/pmaps47429.2020.9183639

Cited by 6 publications

(2 citation statements)

References 7 publications

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“…Currently, there is a significant number of research and applications of risk assessment technology in the field of wind power [8][9][10][11][12], but relatively few research on the risk assessment technology of electrical fire in high-rise buildings, and the few assessment methods are still qualitative analysis based on traditional expert experience. In Reference [13], the fault tree model, analytic hierarchy process and grey relation analysis were adopted to conduct qualitative and quantitative analysis of the causes of high-rise building fire, but the influence of indexes on each other was ignored, and the evaluation methods were relatively single.…”

Section: Introductionmentioning

confidence: 99%

Novel Hybrid Decision Model for Electrical Fire Risk Evaluation of High-Rise Buildings based on Asymmetric Proximity

Su¹,

Yang²,

Shen³

et al. 2022

Int J Performability Eng

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This paper investigates the risk assessment method of electrical fires of high-rise buildings based on hybrid decision models considering asymmetric proximity. Based on the occurrence mechanism of electrical fires in high-rise buildings, a four-level evaluation index system considering the disaster causing body, fire site environment, affected body, and fire driving factors is established based on FP growth mining association rules, and the risk grade is divided further. An improved DEMATEL+ANP index weight assignment method for balancing the interaction relationship between indexes is proposed, and a hybrid decision model for electrical fire risk assessment in high-rise buildings, taking further account of asymmetric proximity and improved evidence cloud theory. Combined with specific examples, the effectiveness of the proposed building electrical fire risk assessment method is verified. This method can better balance each risk evaluation index, fully considering the fuzziness and randomness in the electrical fire risk assessment of high-rise buildings, and improve the accuracy and applicability of electrical fire risk assessment.

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Section: Introductionmentioning

confidence: 99%

Novel Hybrid Decision Model for Electrical Fire Risk Evaluation of High-Rise Buildings based on Asymmetric Proximity

Su¹,

Yang²,

Shen³

et al. 2022

Int J Performability Eng

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“…Approaches for curtailment reduction reported in the literature include charging management of electric vehicles [11], load shifting [12], utilization of gas networks as energy sinks [13] and compressed air energy storages as flexibility providers [14]. Besides these approaches which require energy shifting potentials, especially post‐contingency curative actions are assumed to have a large potential for curtailment reduction [9, 15‐17]. The theoretical potential to substitute preventive DG curtailment by curative actions has been extensively investigated by the authors of this work in [15].…”

Section: Introductionmentioning

confidence: 99%

Technical and economic analysis of curative actions in distribution networks utilizing battery energy storage systems

Liere-Netheler¹,

Schuldt²,

Maydell³

et al. 2021

IET Generation Trans & Dist

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Renewable energy generation curtailment increases due to more frequently occurring congestions in power system operation. Post‐contingency curative congestion management actions can reduce the necessity of renewable energy curtailment by enabling a more efficient utilization of transmission capacities. In this research, the potential of curative actions to substitute renewable energy curtailment is studied considering technical and economic criteria. Therefore, a novel pricing methodology for the market‐based provision of curative actions is introduced. The method is based on the security constraint optimal power flow technique. Simulations are carried out on a modified version of the IEEE 14‐bus network and a real‐world 110 kV distribution network. Battery energy storage systems are implemented as an exemplary technology to provide curative actions. The developed method achieves a positive power system impact by reducing operational costs and maximizing renewable energy integration. Also, novel business models for merchant‐owned battery energy storage systems are unveiled. The provision of curative actions further proves to be competitive to established battery storage applications. Additionally, results of different grid expansion scenarios of the 110 kV network reveal the need to coordinate power system planning and operation more extensively in the future.

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Betrieb elektrischer Übertragungssysteme

Schäfer

2022

Systemführung

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Modelling and Risk Assessment of Special Protection Schemes in Transmission Systems

Cited by 6 publications

References 7 publications

Novel Hybrid Decision Model for Electrical Fire Risk Evaluation of High-Rise Buildings based on Asymmetric Proximity

Novel Hybrid Decision Model for Electrical Fire Risk Evaluation of High-Rise Buildings based on Asymmetric Proximity

Technical and economic analysis of curative actions in distribution networks utilizing battery energy storage systems

Betrieb elektrischer Übertragungssysteme

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