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51317--9485-Modern Electric Power Substation Failure Case Histories and Mitigating Strategies

Transmission substation structure component design / construction and corrosion risk factors, details on inspection findings / evaluations and mitigating actions, recommended actions for future integrity assessments, and recommended structure design and surveillance practices to optimize lessons learned.

Product Number: 51317--9485-SG
ISBN: 9485 2017 CP
Author: Jose Santiago
Publication Date: 2017
Industry: Energy Generation
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Modern Electric Power Substation Failure Case Histories & Mitigating StrategiesExelon presents case histories of corrosion failures impacts and corrective actions for electric power substation and distribution components based on field inspections and restoration / response activities from its BGE Team operating its Maryland service areas. This paper will provide:• Overview of transmission substation structure component design / construction and corrosion risk factors• Details on failures inspection findings evaluations and actions required• Recommended Actions for future integrity assessments and mitigating actions• Recommended structure design and surveillance practices to optimize lessons learnedResults provide field perspectives of corrosion failures consequences and corrective actions from an operating utility’s perspective with recommended actions / strategies to be considered in future design inspection and maintenance.

Key words: Substation, Non-Destructive Evaluation, Steel Structure, Tapered Structure, Electric Utility, NDE testing, Tubular Structure, Risk-Based Maintenance.

Modern Electric Power Substation Failure Case Histories & Mitigating StrategiesExelon presents case histories of corrosion failures impacts and corrective actions for electric power substation and distribution components based on field inspections and restoration / response activities from its BGE Team operating its Maryland service areas. This paper will provide:• Overview of transmission substation structure component design / construction and corrosion risk factors• Details on failures inspection findings evaluations and actions required• Recommended Actions for future integrity assessments and mitigating actions• Recommended structure design and surveillance practices to optimize lessons learnedResults provide field perspectives of corrosion failures consequences and corrective actions from an operating utility’s perspective with recommended actions / strategies to be considered in future design inspection and maintenance.

Key words: Substation, Non-Destructive Evaluation, Steel Structure, Tapered Structure, Electric Utility, NDE testing, Tubular Structure, Risk-Based Maintenance.

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