Diagnostic Transmission Topology
| Units: | Yes/No |
| Default Value: | False (0) |
| Validation Rule: | False (0) or True (-1) |
| Description: | Write a summary of the transmission topology to the log |
| Detail: |
Diagnostic Transmission Topology toggles on/off printing a report of the network statistics to the log and screen. An example is depicted below.
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OPF Element Count
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OPF Method.................................................................... Standard
Loss Method................................................................... Auto
Slack Bus (Network 0 (1 Node))................................................ "N1"
Slack Bus (Network 1 (1 Node))................................................ "N2"
Slack Bus (Network 2 (1 Node))................................................ "N3"
Slack Bus (Network 3 (1 Node))................................................ "N4"
Slack Bus (Network 4 (1 Node))................................................ "N5"
Slack Bus (Network 5 (1 Node))................................................ "N6"
Nodes (busbars)............................................................... 6
Nodes in Service.............................................................. 6
Load Points................................................................... 6
Generation Injection Points................................................... 6
Total Injection Points........................................................ 6
Total Lines................................................................... 7
Transformers.................................................................. 0
DC Lines/Transformers......................................................... 7
- "L1-2"
- "L1-3"
- "L1-4"
- "L2-5"
- "L3-6"
- "L4-5"
- "L4-6"
DC Losses Modeled............................................................. 0
Lines in Service.............................................................. 7
AC Lines...................................................................... 0
Transformers in Service....................................................... 0
Interfaces.................................................................... 0
Interfaces in Service......................................................... 0
Flow Controls................................................................. 0
Flow Controls in Service...................................................... 0
Generators.................................................................... 3
Generators in Service......................................................... 3
AC Paths Total................................................................ 0
AC Flow Limits Enforced....................................................... 0
AC Losses Modeled >= 0 kV..................................................... 0
AC Paths for Flow Modeling.................................................... 0
PTDF Total.................................................................... 0
PTDF for Flow Modeling........................................................ 0
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