voltage-violation-mitigation

Name: voltage-violation-mitigation
Author: Power-Agent

56stars12forks

How to install voltage-violation-mitigation?

power-agent/powerskills/voltage-violation-mitigation

$npx -y skills add Power-Agent/PowerSkills --skill voltage-violation-mitigation

Installs into the current project.

Summary

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

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SKILL.md

1	# Voltage violation mitigation
2
3	Start only after the violated buses, limits, and study condition are known.
4
5	## Preferred action order
6	1. Confirm the violation is real: solved case, correct limits, realistic generator Q limits, working AVR or Volt-VAR controls, correct remote-regulation targets.
7	2. Use existing reactive support first: generator voltage setpoints, free LTCs, switch shunts or capacitors, enable SVC or STATCOM or inverter Volt-VAR response.
8	3. Reduce reactive transport: redispatch MW closer to load, reduce stressed imports, or reconfigure topology.
9	4. If the problem remains, reduce transfer or load and identify reinforcement needs.
10
11	## High-voltage cases
12	- Lower voltage targets carefully.
13	- Switch out capacitors or switch in reactors.
14	- Absorb vars with generators or inverters where capability exists.
15	- Re-check light-load and outage conditions separately.
16
17	## Software cues
18	- PowerWorld, PSLF, and PSSE: adjust shunts, taps, and generator controls, then re-solve.
19	- OpenDSS: regulators, capacitor banks, and inverter controls come before feeder rebuilds.
20	- pandapower: shunts, tap settings, and generator Q support are the first levers.
21	- PyPSA or Egret: use them to screen dispatch or transfer fixes, then validate voltage with an AC tool.
22
23	## Deliver
24	- The violated buses and condition.
25	- The mitigation sequence tried or recommended.
26	- The first action that clears the issue without creating a worse one.

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voltage-violation-mitigation

56stars12forks

View on GitHub

How to install voltage-violation-mitigation?

power-agent/powerskills/voltage-violation-mitigation

$npx -y skills add Power-Agent/PowerSkills --skill voltage-violation-mitigation

Installs into the current project.

Summary

Files · 1

View on GitHub

SKILL.md

1	# Voltage violation mitigation
2
3	Start only after the violated buses, limits, and study condition are known.
4
5	## Preferred action order
6	1. Confirm the violation is real: solved case, correct limits, realistic generator Q limits, working AVR or Volt-VAR controls, correct remote-regulation targets.
7	2. Use existing reactive support first: generator voltage setpoints, free LTCs, switch shunts or capacitors, enable SVC or STATCOM or inverter Volt-VAR response.
8	3. Reduce reactive transport: redispatch MW closer to load, reduce stressed imports, or reconfigure topology.
9	4. If the problem remains, reduce transfer or load and identify reinforcement needs.
10
11	## High-voltage cases
12	- Lower voltage targets carefully.
13	- Switch out capacitors or switch in reactors.
14	- Absorb vars with generators or inverters where capability exists.
15	- Re-check light-load and outage conditions separately.
16
17	## Software cues
18	- PowerWorld, PSLF, and PSSE: adjust shunts, taps, and generator controls, then re-solve.
19	- OpenDSS: regulators, capacitor banks, and inverter controls come before feeder rebuilds.
20	- pandapower: shunts, tap settings, and generator Q support are the first levers.
21	- PyPSA or Egret: use them to screen dispatch or transfer fixes, then validate voltage with an AC tool.
22
23	## Deliver
24	- The violated buses and condition.
25	- The mitigation sequence tried or recommended.
26	- The first action that clears the issue without creating a worse one.

People who liked this also viewed

6 picks

Type