Minutes Matter.
Customers Are Counting.
Every minute of an unrestored outage costs your utility $1,200-$3,500 in customer interruption costs (DOE ICE Calculator), erodes J.D. Power satisfaction scores by 2-3 points per 30-minute increment, and accumulates SAIDI minutes that your state PUC will scrutinise in the next rate case. Argus tracks every outage from sub-60-second AMI detection through full restoration with AI-powered isolation planning, network topology tracing, and real-time customer communication , reducing CAIDI by 20-40% compared to legacy OMS platforms.
Faster restoration starts with smarter intelligence at every stage of the outage lifecycle , not just faster trucks.
From Detection to Restoration. Every Step Tracked.
An outage is not a single event , it is a cascade of decisions, actions, and communications spread across 8 lifecycle stages. Each stage transition must be timestamped, attributed, and documented for IEEE 1366 reliability reporting and state PUC audit scrutiny. Legacy OMS platforms lose outages between stages , a crew dispatched at 2:14 AM that never arrived because they were diverted, leaving 200 customers in the dark until the morning shift noticed. Argus tracks every stage transition automatically, flags stalled outages, and escalates when an outage has been in 'crew dispatched' status for longer than the expected travel time.
Detected
Outage detected in under 60 seconds via AMI last-gasp meter events, SCADA relay trip operations, or customer IVR/web/app reports
Network Intelligence That Accelerates Restoration.
The difference between a 45-minute outage and a 3-hour outage is rarely about repair speed , it is about how quickly you isolate the fault, transfer load to alternate feeds, and restore the maximum number of customers while the repair crew works. Legacy OMS platforms treat outages as pins on a map. Argus understands your network topology , every switch, every fuse, every tie point, every conductor rating , and uses that understanding to recommend switching sequences, simulate customer impact before you open or close a switch, and identify alternate feed paths you did not know existed.
Intelligent Isolation
Argus analyses your network topology in real time to recommend the switching sequence that isolates the faulted section while minimising the number of customers who lose service. Before recommending any switch operation, it validates: no parallel path creation, no overloaded conductors, no voltage violations, no energising of grounded circuits, and no safety interlock violations. The recommended sequence includes estimated customer impact at each step , so your dispatcher knows that opening SW-44 restores 312 customers while leaving 185 isolated for repair.
- Automated switching sequence recommendations ranked by customer impact minimisation
- Pre-switch customer impact simulation , see exactly how many customers are affected before operating
- Safety interlock validation per your switching procedure rules (no hot-line tag violation, no clearance violation)
- Switching order documentation generated automatically for NERC compliance and post-event audit
Not All Customers Are Equal. Prioritise What Matters.
A 200-customer outage affecting a dialysis centre is not the same as a 200-customer outage in a suburban neighbourhood , and your OMS should know the difference. State PUC regulations in most jurisdictions require utilities to maintain a medical baseline / life-support customer registry and provide priority notification and restoration. Argus automatically flags life-support customers in every outage event, prioritises critical facilities, and provides accurate ETR predictions driven by AI , because J.D. Power data shows that ETR accuracy is the single largest driver of customer satisfaction during outages.
Life Support
Customers registered with electrically powered life-sustaining medical equipment (oxygen concentrators, ventilators, home dialysis, IV infusion pumps). Most state PUCs require notification within 1 hour and priority restoration. Argus flags these customers within 30 seconds of outage detection.
Critical Facilities
Hospitals (generator fuel typically lasts 48-72 hours), dialysis centres, nursing homes, Level 1 trauma centres, blood banks, and organ transplant facilities. Loss of power beyond generator fuel capacity triggers patient evacuation at $500,000+ per hospital.
Government & Emergency Services
Police stations, fire stations, 911 centres, emergency operations centres, water treatment plants, wastewater lift stations, traffic management centres, and military installations. Loss cascades across all public safety functions.
Industrial & Data Centres
Manufacturing facilities (process interruption costs $50,000-$500,000/hour for continuous process operations), data centres (SLA penalties of $10,000+/hour), pharmaceutical clean rooms, and food processing plants (FDA spoilage regulations).
Commercial
Retail, office, small business, restaurants, fuel stations, grocery stores, and pharmacies. Prioritised by customers restored per crew-hour , a single feeder restoration serving a commercial district may restore 200+ businesses in one switching operation.
Residential
Residential customers prioritised by outage duration (longest-out-first after backbone restoration), customer count per device (maximise customers per crew-hour), and vulnerability flags (elderly, disabled, medically fragile) from CIS records.
Estimated Time of Restoration
AI-powered ETR predictions trained on your utility's historical restoration data , same circuit, same cause, same weather conditions. The model achieves 85% accuracy within 2 hours of actual restoration, compared to the industry-average 50-60% accuracy from dispatcher estimates. ETRs update continuously as crew status, weather, and damage assessment data change.
Estimated Time of Restoration
- Historical restoration times for the same circuit, same cause category, same weather type over the past 5 years
- Current crew GPS location, travel time to site (traffic-aware routing), and estimated repair duration
- Real-time weather conditions , wind speed restrictions for bucket truck work (>35 mph grounding), lightning hold policies
- Material availability on the assigned truck versus warehouse distance if additional materials are needed
Understand the Cause. Prevent the Next One.
Every outage has a root cause , and most utilities suffer from the same causes year after year. APPA benchmarking data shows that vegetation causes 25-35% of outages, equipment failure causes 20-30%, and weather causes 15-25%. But the averages mask the real story: your worst-performing feeder may have 10x the vegetation-related outages of your best feeder. Argus categorises, tracks, and analyses causes by circuit, by season, and by geography , so you invest your vegetation management, infrastructure replacement, and animal guard budgets where they deliver the greatest SAIDI reduction per dollar spent.
Weather
Storm damage, lightning strikes (30% of transformer failures during storm season), ice loading on conductors and trees, wind damage to overhead lines and structures, and flood damage to underground and pad-mount equipment
Equipment Failure
Transformer failures (DGA trending, thermal overload, through-fault damage), switch and recloser malfunctions, underground cable faults (water treeing, splice failures), and age-related deterioration of conductor, insulators, and hardware installed before 1980
Vegetation
Tree contact with overhead lines (grow-in and fall-in), root intrusion into underground duct banks, and vegetation management cycle gaps. Feeders with completed 4-year trim cycles experience 60-70% fewer vegetation outages than feeders with deferred trimming.
Animal Contact
Squirrel, bird, and snake contact with overhead equipment (responsible for 5-10% of outages in suburban/rural territories), raptor nesting in substations, and burrowing animal damage to underground cables. Animal guard installation on reclosers and substation equipment reduces animal-caused outages by 70-80%.
Vehicular Impact
Vehicle collisions with utility poles (8,000-10,000 incidents/year nationally), underground cable strikes during excavation (500,000 utility hits/year from dig-ins), and crane/equipment contact with overhead lines during construction activity
System Overload
Peak demand exceeding transformer and conductor thermal ratings (especially during heat waves), capacitor bank failures during high-load conditions, and cascading protection operations when a single failure shifts load to adjacent circuits already near capacity
Third-Party Damage
Construction dig-ins (the #1 cause of gas and underground electric damage), unauthorised attachment to utility poles, vandalism and copper theft (costing utilities $1 billion+ annually), and tree service contractors dropping trees onto lines without notification
Planned Maintenance
Scheduled outages for equipment replacement, line upgrades, voltage conversion, and system improvements. Tracked separately per IEEE 1366 for SAIDI/SAIFI exclusion and reported to state PUCs as planned interruptions. Minimised through live-line working, temporary generation, and load transfer.
Every Minute Counts. Every Customer Matters.
The DOE estimates that power outages cost the U.S. economy $150 billion annually. Your share of that cost appears in regulatory penalties, customer churn, storm cost disallowances, and the reputational damage that follows every major event. Outages are inevitable , aging infrastructure, severe weather, and animals guarantee that. But slow restoration is not inevitable. It is a choice. Argus gives your operations team the intelligence to detect outages in under 60 seconds, isolate faults in under 5 minutes, and restore customers 20-40% faster , while keeping every stakeholder informed with accurate, AI-driven ETR predictions.
The difference between a well-managed outage and a crisis is not luck , it is the intelligence behind your response. Network topology awareness, AI-powered isolation, predictive ETR, and automated customer communication reshape how your utility handles every outage, every day.
Your customers are counting the minutes. Give your team the tools to make every minute count.
Talk to an Outage Management SpecialistIntegrates with your existing SCADA (OSI, GE, ABB, Schneider), AMI head-end (Itron, Landis+Gyr, Sensus), GIS (Esri, Schneider ArcFM), and CIS/billing systems. Deployed on-premises or in sovereign cloud. Replaces or augments legacy OMS platforms.