H

Hydroelectric Turbine & Grid Dynamics Simulator

Power Output 325.4 MW Optimal Generation
Turbine Speed 150 RPM Synced to Grid
AC Frequency 60.00 Hz Grid Locked
System Efficiency 88.5% No Cavitation
Grid Sync Target: 60Hz
60.00 Hz
Hydroelectric Power Equation Breakdown: P = η × ρ × g × Q × H
P = 0.94 × 1000 × 9.81 × 250 × 140 = 322.75 MW
System Efficiency (η)
94.0 %
Water Density (ρ)
1000 kg/m³
Gravity (g)
9.81 m/s²
Flow Rate (Q)
250 m³/s
Hydraulic Head (H)
140 m
Operational Scenarios
Plant & Grid Controls
140 m
Potential energy height from headrace intake to runner.
250 m³/s
Volumetric fluid impulsion flowing into penstock.
35°
Optimal runner angle optimizes hydrodynamic lift vs drag.
320 MW
Connected electrical consumer demand creating generator counter-torque.
Simulate Grid Shock
Hydroelectric Plant Telemetry & Performance Summary

Real-time physics calculation summary captured from current operational state:

Parameter Metric Value Engineering Reference
Hydraulic Potential Power (P_gross) 343.35 MW P = ρ · g · Q · H
Net Electrical Output (P_net) 322.75 MW P_gross × Turbine Efficiency × Generator Efficiency
Turbine Speed & Frequency 150.0 RPM / 60.00 Hz Ramp locked to synchronous grid poles
Turbine Efficiency (η_t) 94.0 % Functions of blade pitch and hydrodynamic flow angle
Generator Loss & Heat 20.60 MW 1 - Generator Efficiency (94%)
Cavitation Risk Index Low (Thoma sigma safe) High dynamic suction head threshold check