modelNetworkGrid_Pmax
Extends from ThermoPower.Electrical.Network1portBase.
Information
This model extends Network1portBase partial model, by directly defining the maximum power that can be transferred between the electrical port and the grid Pmax.
The power losses are represented by a linear dissipative term. It is possible to directly set the damping coefficient r of the generator/shaft system. If J is zero, zero damping is assumed. Note that J is only used to compute the dissipative term and should refer to the total inertia of the generator-shaft system; the network model does not add any inertial effects.
Parameters
| Type | Name | Default | Description |
|---|---|---|---|
| SI.Power | Pmax | Maximum power transfer | |
| SI.Frequency | fnom | 50 | Nominal frequency of network |
| SI.PerUnit | r | 0.2 | Electrical damping of generator/shaft system |
| Integer | Np | 2 | Number of electrical poles |
| Generator | |||
| SI.MomentOfInertia | J | 0 | Moment of inertia of the generator/shaft system (for damping term calculation) |
Components
| Type | Name | Default | Description |
|---|---|---|---|
| Real | D | Electrical damping coefficient |
Revisions
- 15 Jul 2008
by Francesco
Casella and Luca Savoldelli :
First release.