| SI.Frequency | fn (from TripleShaft) | 50 | Nominal frequency of the grid |
| SI.Power | Pn (from TripleShaft) | | Nominal power installed on the grid |
| Generator-Shaft A |
| Real | eta_A (from TripleShaft) | 1 | Conversion efficiency of the electric generator |
| SI.MomentOfInertia | J_shaft_A (from TripleShaft) | 0 | Total inertia of the steam turbogenerator |
| Real | d_shaft_A (from TripleShaft) | 0 | Damping constant of the shaft |
| SI.AngularVelocity | omega_nom_A (from TripleShaft) | 2*Modelica.Constants.pi*fn/2 | Nominal angular velocity of the shaft |
| SI.Power | Pmax_A | | Outlet maximum power |
| SI.Angle | delta_start_A | | Loaded angle start value |
| Generator-Shaft B |
| Real | eta_B (from TripleShaft) | 1 | Conversion efficiency of the electric generator |
| SI.MomentOfInertia | J_shaft_B (from TripleShaft) | 0 | Total inertia of the steam turbogenerator |
| Real | d_shaft_B (from TripleShaft) | 0 | Damping constant of the shaft |
| SI.AngularVelocity | omega_nom_B (from TripleShaft) | 2*Modelica.Constants.pi*fn/2 | Nominal angular velocity of the shaft |
| SI.Power | Pmax_B | | Outlet maximum power |
| SI.Angle | delta_start_B | | Loaded angle start value |
| Generator-Shaft C |
| Real | eta_C (from TripleShaft) | 1 | Conversion efficiency of the electric generator |
| SI.MomentOfInertia | J_shaft_C (from TripleShaft) | 0 | Total inertia of the steam turbogenerator |
| Real | d_shaft_C (from TripleShaft) | 0 | Damping constant of the shaft |
| SI.AngularVelocity | omega_nom_C (from TripleShaft) | 2*Modelica.Constants.pi*fn/2 | Nominal angular velocity of the shaft |
| SI.Power | Pmax_C | | Outlet maximum power |
| SI.Angle | delta_start_C | | Loaded angle start value |
| Initialization |
| Boolean | SSInit (from TripleShaft) | false | Steady-state initialization |
