Power Distribution & Load Shedding - Training Guide ============================================================ MINIMUM RESOLUTION: 980 x 600 px RECOMMENDED: 1920 x 1080 (16:9) or larger SIMULATOR OVERVIEW ---------------------------------------- Power distribution and load shedding simulator covering bus configurations, automatic load-shed logic, and priority-based restoration per IEEE 446 and IEC 61850. Standards: IEEE 446 · IEC 61850 · NFPA 70 INTERFACE LAYOUT ---------------------------------------- - LEFT PANEL: System controls (Start/Stop/ESD/Reset, Mode toggle) - CENTER: P&ID schematic with real-time process visualization - RIGHT PANEL: System gauges, operational checklist, alarm list OPERATING PROCEDURES ---------------------------------------- Step 1: Verify generator online and stable Step 2: Close bus-tie breaker Step 3: Energize priority 1 loads Step 4: Energize priority 2 loads Step 5: Monitor bus frequency and voltage Step 6: Verify load shedding logic armed Step 7: Test manual load shed Step 8: Record power balance SCENARIOS ---------------------------------------- Normal Distribution: Monitor power flow across main bus, feeders, and loads. Under-Frequency Load Shed: Respond to generator trip — automatic load shedding by priority tiers. Load Restoration Sequence: Restore loads in priority order after blackout — verify generator capacity. ALARM RESPONSE ---------------------------------------- GEN_OVERLOAD [ALARM]: Generator overload >110% UNDER_FREQ [ALARM]: Bus frequency <48 Hz — load shed BUS_UNDERVOLT [WARNING]: Bus voltage <380V FEEDER_TRIP [WARNING]: Feeder breaker tripped on overcurrent BLACKOUT [ALARM]: Total blackout — all generators offline CONTROLS -------- - START: Begin process operation - STOP: Normal shutdown - EMERGENCY STOP: Immediate shutdown of all systems - RESET: Clear ESD condition and reset to standby - TOGGLE MODE: Switch between Manual and Auto control - Fullscreen: Click the fullscreen button in header - EXIT: Return to BlueSim portal - HELP: Opens this training guide