Incentivize +10% rooftop solar in top load districts
Med0.50M
Cuts midday thermal dispatch and lowers evening ramp burden.
Projected Impact: Peak: -16.0 MW • Risk: -9.3% • Resilience: +1
Drivers: Solar offset and carbon pressure
CityTwin AI Austin
Live SimulationOperational Horizon: 72hT+0h
Carbon Intensity
380 gCO2/kWh
Cost Pressure
1.23x
Placed Interventions
0
Budget
0.00 / 5.0M
Intervention Sandbox
Tune global levers and district placements in real time.
Real ERCOT curves active; local district distribution remains modeled.
Grid Flags
Budget & ROI
Budget Used$0.00M / $5.00M
ROI Score0.00
District Actions: Downtown + Rainey
Battery
Transformer Upgrade
Solar Incentive
Installed: BAT 0.0 MWh | CAP +0 MW | SOL +0%
Transformer Risk ModelT+0h
Stress Index
Resilience Index v0.1
60
Peak Load
848 MW
Overload Zones
0
Carbon / Cost
380 / 1.23x
Explainability Drivers
Solar drop-off+23.1 MW
EV evening surge+1.6 MW
Heatwave AC load+0.9 MW
AI Command Panel
Selected District
Downtown + Rainey
Load: 118.0 MW
Cap: 170.0 MW
Stress: 69%
Overload: 25%
Mission Risk Feed
T+0h worst zone: East Industry + Airport (Stress 0.72, Risk 28%).
Peak projection at T+11h flags East Industry + Airport as top overload candidate.
Renewables offset 11.2% of midday demand in Scenario B.
Budget utilization 0.00M / 5.0M. Within approved cap.
Counterfactual Actions
Enable global managed demand response
Med0.20M
Defers EV charging during 6-9pm to flatten feeder spikes.
Projected Impact: Peak: +0.0 MW • Risk: +0.0% • Resilience: +4
Drivers: EV evening concentration
Best Bang-for-BuckUpgrade transformer +10 MW in East Industry + Airport
Med0.35M
Adds immediate headroom in the most constrained district.
Projected Impact: Peak: +0.0 MW • Risk: -8.6% • Resilience: +1
Drivers: Transformer loading margin
Operational Horizon: 72h
Load vs CapacityScenario Compare Mode
Peak: +0.0 MW
Overloads: +0
Resilience: +0
Carbon: +0.0
Cost Savings: +0.0%
Before / After Resilience Proxy
A: Baseline
B: Baseline + Live