Enhanced Volt-VAR Control Optimization Module MO-FGO Live View

Operational Scenarios
Case I: Undervoltage Feeder Sag Heavy loading profile drives N18 voltage down to 0.9290 p.u. Optimization maps dynamic shunt support.
Case II: Overvoltage Surge Condition Light load drives tail bus N33 up to 1.0627 p.u. Triggers distributed inductive reactor loops.
Case III: Coordinated OLTC Loop Corrects upstream overvoltage with Reactor N6 and addresses residual downstream sags via N12-N13 transformer tap adjustment.
Asset Dispatch Matrix
Cap N10
Cap N24
Cap N30
Reactor N6
Reactor N28
Reactor N32
OLTC Tap (N12-N13) 1.000 p.u.
Iterating MO-FGO Core Loop...
Upper Limit (1.05 p.u.) Lower Limit (0.95 p.u.) 1.10 p.u. 1.05 p.u. 1.00 p.u. 0.95 p.u. 0.90 p.u.
Multi-Objective Pareto Search & Hyphal Growth Convergence Visual trajectory formulation mapping the 33-Bus systemic state constraints. Objective 1: Minimize System-wide Voltage Violations Objective 2: Minimize Shunt / OLTC Lifecycle Wear
Real-Time Docker Mesh Event Interoperability XML Files CIM Structural XML Network Models NTP Module Parses XML Stream Generates Metrics InfluxDB Module Time-Series Store Bus Telemetry PyVolt Module LFA Service Engine Profiles Compute EnVVARCO Module MO-FGO Optimizer VVC Execution Grafana Module Metrics Interface UI Dashboards
[21:10:16][SYSTEM] EnVVARCO Core initialized within 'grid-ops' namespace. Mapping 33-Bus topology frameworks... Ready.