Accelerated Low-Carbon Grid Twin

Simulate 24-hour regional dispatch balancing second-life EV batteries, fusion/clean baseload, and volatile wind and solar using physics-guided digital twin optimization.

Dispatch Controls

Grid Scenario Preset

Solar PV Capacity 350 MW

Wind Turbine Fleet 280 MW

Fusion / SMR Baseload 160 MW

Repurposed EV Battery (BESS) 600 MWh

Modeled as 78% remaining State of Health (SoH) packs.

Reserve Peaker Ceiling 200 MW

Digital Twin Dispatch Optimization

Atmospheric Disturbance

Carbon Intensity

24gCO₂/kWh

Clean Energy Share

94.8%

Curtailment Loss

38MWh

Battery Utilization

1.24cycles

Hour of Day: 14:00 (Hour 14) Demand: 420 MW

24-Hour Dispatch Profile vs. Regional Load

Baseload/Fusion Wind Solar Battery Disch. Peaker Demand

Grid frequency synchronized at 60.00 Hz. All generation buses active.

⚡ Digital Twin Co-Simulation

Modern grid operators model millions of nodes in parallel. AI-accelerated simulation solves power-flow equations in milliseconds instead of hours, predicting line congestion before renewable spikes occur.

🔋 2nd-Life EV Battery Repurposing

Retired automotive lithium packs retain 70-80% original capacity. Repackaged as utility BESS, their cycle degradation is moderated by smart charge envelopes, giving batteries 10+ extra years of grid service.

⚛️ Baseload Fusion & SMRs

Zero-emission firm generation eliminates long seasonal deficits. Pair 150-300 MW of continuous clean power with high-capacity storage to eliminate reliance on fossil gas peakers entirely.