Atsiliepimai
Aprašymas
A practical framework for high-voltage substation maintenance scheduling
As power infrastructure ages under increasing demand, fixed-schedule maintenance fails to prevent costly substation failures. Condition Assessment of Power System Substation for Maintenance Scheduling delivers a unified framework connecting condition monitoring, failure mode analysis, and scheduling for high-voltage equipment including transformers, circuit breakers, switchgears, insulators, and cables, aligned with ISO 55000, CIGRE, and IEC standards.
The book progresses from corrective and time-based maintenance philosophies through reliability-centered maintenance and condition-based maintenance implementation. It details sensor-based condition monitoring, diagnostic tools, and data interpretation techniques required for effective CBM deployment. Decision-making frameworks for maintenance prioritization and a comparative analysis of planning software tools support the transition from reactive to proactive strategies.
Readers will also find:
Written for asset managers, utility operations professionals, and maintenance department leaders responsible for high-voltage transmission infrastructure, this book provides the integrated methodology needed to implement condition-based and reliability-centered maintenance strategies. Researchers and graduate students in power systems engineering will also find it a rigorous reference.
A practical framework for high-voltage substation maintenance scheduling
As power infrastructure ages under increasing demand, fixed-schedule maintenance fails to prevent costly substation failures. Condition Assessment of Power System Substation for Maintenance Scheduling delivers a unified framework connecting condition monitoring, failure mode analysis, and scheduling for high-voltage equipment including transformers, circuit breakers, switchgears, insulators, and cables, aligned with ISO 55000, CIGRE, and IEC standards.
The book progresses from corrective and time-based maintenance philosophies through reliability-centered maintenance and condition-based maintenance implementation. It details sensor-based condition monitoring, diagnostic tools, and data interpretation techniques required for effective CBM deployment. Decision-making frameworks for maintenance prioritization and a comparative analysis of planning software tools support the transition from reactive to proactive strategies.
Readers will also find:
Written for asset managers, utility operations professionals, and maintenance department leaders responsible for high-voltage transmission infrastructure, this book provides the integrated methodology needed to implement condition-based and reliability-centered maintenance strategies. Researchers and graduate students in power systems engineering will also find it a rigorous reference.
Atsiliepimai