DC Line Model: CHAAUT
To be documented.
Model Equations and/or Block Diagrams
For a Detailed Treatment of how DC lines are implemented in the software see the help topic here.
Parameters:
| ISW | >=0 to subtract second signal from first; <0 to subtract first signal from second |
| FP1 | Signal 1 positive frequency deviation dead band threshold (Hz) |
| FN1 | Signal 1 negative frequency deviation dead band threshold (Hz) |
| MP1 | Signal 1 positive slope (MW/Hz) |
| MN1 | Signal 1 negative slope (MW/Hz) |
| KP1 | Signal 1 Proportional Gain |
| KD1 | Signal 1 Derivative Gain |
| T1 | Signal 1 first time constant (sec) |
| T2 | Signal 1 second time constant (sec) |
| FP2 | Signal 2 positive frequency deviation dead band threshold (Hz) |
| FN2 | Signal 2 negative frequency deviation dead band threshold (Hz) |
| MP2 | Signal 2 positive slope (MW/Hz) |
| MN2 | Signal 2 negative slope (MW/Hz) |
| KP2 | Signal 2 Proportional Gain |
| KD2 | Signal 2 Derivative Gain |
| T3 | Signal 2 first time constant (sec) |
| T4 | Signal 2 second time constant (sec) |
| DPDTMX | Signal 1 Rate Limit Maximum (MW/sec) |
| DPDTMN | Signal 1 Rate Limit Minimum (MW/sec) |
| TM1 | Signal 1 transducer time constant (sec) |
| TM2 | Signal 2 transducer time constant (sec) |
| P1POS | Signal 1 Maximum (MW) |
| P1NEG | Signal 1 Minimum (MW) |
| P2POS | Signal 2 Maximum (MW) |
| P2NEG | Signal 2 Minimum (MW) |