| name | pandapower |
| description | Progressive-disclosure workflow for pandapower power-system studies. Use whenever the user wants to load, build, or inspect a pandapower network, run AC power flow, check bus voltages or line and transformer loading, or screen N-1 contingencies — even when they just say "run a load flow", "check this case", "is anything overloaded", or name a case file like case39.json. Exposes a clean base-case solve before advanced outage studies. Reach for this instead of answering pandapower grid questions unaided. |
pandapower workflow
Start with the network model and a clean base-case solve. Use contingency analysis only after the steady-state case is credible.
Default tool ladder
load_network(file_path) or create_empty_network()get_network_info() to inspect buses, lines, transformers, generators, loads, and switches.run_power_flow(...) to establish the base operating point.run_contingency_analysis(...) only after the base case solves and the monitoring limits are clear.
Example sequence
Using the case39.json network shipped with this skill:
load_network("case39.json") -> 39 buses, 34 lines, 12 transformers, 10 generators
get_network_info() -> confirms slack bus, switch states, and rating fields
run_power_flow() -> converged; report min/max res_bus.vm_pu and worst loading_percent
run_contingency_analysis() -> ranks N-1 outages by the violations each one causes
Read the base-case numbers before running contingencies, then use the escalation table
below on whatever the solve actually reports.
Working rules
- Do not run contingencies before checking the base-case voltages and loading.
- Use pandapower for AC feasibility and fast screening, then escalate only when the question requires more.
Escalation triggers
Map what the solve reports to the mitigation skill that handles it, and quote the numbers that tripped it (bus + vm_pu, element + loading %) rather than saying "violations exist".
| Observation | Escalate to |
|---|
res_bus.vm_pu < 0.95 or > 1.05 | voltage-violation-mitigation |
res_line / res_trafo loading_percent > 100 | thermal-overload-mitigation |
run_contingency_analysis flags any N-1 violation or islanding | contingency-mitigation |
run_power_flow fails to converge | convergence-failure-mitigation |
| The study is DER (PV, storage) integration on a distribution network | der-hosting-capacity-mitigation |
Local assets in this skill
case39.json — a ready test network.scripts/network_analysis.py — structured base-case review.scripts/contingency_analysis.py — local N-1 screening.
Deliver
- The network loaded and whether the base case converged.
- The key voltage or loading findings.
- Whether contingency or mitigation work is now justified.
