What Is Utility Asset Management?
Risk Management: Assets are assessed according to the likelihood and consequences of failure. Critical infrastructure may receive greater attention because its failure could affect large numbers of customers.
Preventive Maintenance: Scheduled inspections, servicing, testing, and repairs Utility Asset Management can extend asset life and reduce unexpected failures.
Lifecycle Planning: Organizations consider acquisition, installation, operation, maintenance, rehabilitation, and eventual replacement when managing assets.
Data Management: Accurate information from GIS, sensors, work-order systems, inspection programs, and other sources supports informed decision-making.
Role of GIS and Digital Technology
Modern utility asset management increasingly relies on digital technologies. GIS allows organizations to visualize infrastructure on interactive maps and connect geographic locations with detailed asset records. This can help field crews locate underground pipes, electrical equipment, valves, hydrants, poles, and other infrastructure.
Internet of Things (IoT) sensors and remote monitoring systems can provide real-time or periodic information about pressure, flow, temperature, vibration, electrical performance, and other operating conditions. Analytics can then help identify unusual patterns and potential maintenance requirements.
Digital twins can provide another layer of capability by creating digital representations of physical utility infrastructure. These models can help organizations analyze asset behavior, test scenarios, and support planning.
Benefits of Utility Asset Management
Effective utility asset management can provide several benefits. It can improve service reliability, reduce unplanned downtime, extend asset lifespans, improve maintenance efficiency, and support better budget allocation. It can also strengthen regulatory compliance, improve worker and public safety, and provide better information for infrastructure investment decisions.
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