You're managing billions in infrastructure. But generation, transmission, and distribution don't talk to each other. When something fails, you're the last to know.
Twitter alerts you to outages. Manual load balancing that's always a step behind demand. Faults spread like wildfire before anyone can isolate them. Every outage is a PR nightmare and regulatory investigation.
The grid balances itself automatically across all generation sources. You see problems forming hours before they happen—and stop them. Faults isolate instantly. Your customers don't even notice. Board meetings are boring again.
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Peak demand hits. The grid strains. You send desperate texts asking people to turn off their AC. They ignore you. The grid nearly collapses. Repeat tomorrow.
Every hot day is a crisis. Demand spikes with no warning. Manual load shedding causes rolling blackouts. No visibility into who's consuming what. The mayor calls. Again.
AI predicts tomorrow's demand spikes this morning. The system automatically shifts load before stress happens. Dynamic pricing makes customers want to help. Peak demand drops 43%. Your grid cruises through heat waves.
You're mandated to hit renewable targets. But solar and wind are unpredictable. Generation spikes when demand is low. You waste clean energy while burning expensive gas during peaks.
Solar farms and wind turbines operate independently with no coordination. Renewable generation causes grid instability. You curtail clean energy when demand is low. Fire up expensive peaker plants when clouds roll in. The board asks why renewable ROI is terrible.
The system orchestrates solar, wind, and battery storage based on weather forecasts. Excess renewable energy charges batteries automatically. Storage discharges during peaks. You use 67% more renewable energy. Backup generation rarely runs. Your renewable investments finally pay off.

Everything you need to transform your energy infrastructure
Monitor transformers, substations, and infrastructure with predictive maintenance and failure prevention.
Track grid performance, power quality, and system health with millisecond precision.
Instant fault detection, isolation, and recovery to minimize outage impact.