voltage-violation-mitigation

Senior power-engineer playbook for voltage violations. Use whenever a base-case or contingency study shows low voltage, high voltage, weak reactive support, or tap exhaustion — including escalations from a tool skill where bus voltage falls below 0.95 pu or rises above 1.05 pu in PowerWorld, PSS/E, PSLF, OpenDSS, pandapower, PyPSA, or surge. Triggers on "voltage too low", "voltage too high", "add reactive support", or "buses out of limits". Moves past reporting into an ordered, validated mitigation sequence.

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Repositorio: Power-Agent/PowerSkills
Última actividad en el origen: 10 de junio de 2026 a las 14:52
Idioma detectado de SKILL.md: inglés
Estrellas: 64
Forks: 14

Opciones de instalación

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npx skills add https://github.com/Power-Agent/PowerSkills --skill voltage-violation-mitigation

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contingency-mitigation

Senior power-engineer playbook for contingency violations. Use whenever N-1 or N-2 studies reveal voltage or thermal problems, binding contingencies, or post-outage islanding — including escalations from a tool skill's contingency run. Triggers on "N-1 violation", "worst contingency", "preventive vs corrective action", or "do we need a RAS". Moves from ranking contingencies to identifying preventive and corrective actions that cover a family of outages.

2026-08-22

thermal-overload-mitigation

Senior power-engineer playbook for overloaded lines and transformers. Use whenever power-flow or contingency studies show loading above ratings — including escalations from a tool skill where branch loading exceeds 100% of its rating. Triggers on "line overloaded", "transformer above rating", "relieve congestion", or "redispatch to unload". Gives an operationally credible sequence of redispatch, topology, phase-shifter, and reinforcement actions rather than only flagging the overload.

2026-08-22

andes

Progressive-disclosure workflow for ANDES dynamic studies. Use whenever the user wants to run ANDES through PowerMCP for power flow, small-signal / eigenvalue analysis, or time-domain simulation — even when they just say "check the damping", "is this stable", "run a fault", or "look at the oscillation modes". Exposes a solved base case before eigenvalue screening and time-domain runs. Reach for this instead of answering ANDES dynamics questions unaided.

2026-08-22

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Voltage violation mitigation

Start only after the violated buses, limits, and study condition are known.

Preferred action order

Confirm the violation is real: solved case, correct limits, realistic generator Q limits, working AVR or Volt-VAR controls, correct remote-regulation targets.

Use existing reactive support first: generator voltage setpoints, free LTCs, switch shunts or capacitors, enable SVC or STATCOM or inverter Volt-VAR response.

Reduce reactive transport: redispatch MW closer to load, reduce stressed imports, or reconfigure topology.

If the problem remains, reduce transfer or load and identify reinforcement needs.

High-voltage cases

Lower voltage targets carefully.

Switch out capacitors or switch in reactors.

Absorb vars with generators or inverters where capability exists.

Re-check light-load and outage conditions separately.

Software cues

PowerWorld, PSLF, and PSSE: adjust shunts, taps, and generator controls, then re-solve.

OpenDSS: regulators, capacitor banks, and inverter controls come before feeder rebuilds.

pandapower: shunts, tap settings, and generator Q support are the first levers.

PyPSA or Egret: use them to screen dispatch or transfer fixes, then validate voltage with an AC tool.

Deliver

The violated buses and condition.

The mitigation sequence tried or recommended.

The first action that clears the issue without creating a worse one.

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voltage-violation-mitigation

description