thermal-overload-mitigation

Name: thermal-overload-mitigation
Author: Power-Agent

56stars12forks

How to install thermal-overload-mitigation?

power-agent/powerskills/thermal-overload-mitigation

$npx -y skills add Power-Agent/PowerSkills --skill thermal-overload-mitigation

Installs into the current project.

Summary

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 a

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SKILL.md

1	# Thermal overload mitigation
2
3	Start with the monitored element, the applicable rating, and the driving condition.
4
5	## Preferred action order
6	1. Confirm the overload is real: correct rating set, correct outage state, and solved base case or contingency.
7	2. Redispatch generation or transfer patterns to unload the corridor.
8	3. Reconfigure topology or switching where operations permit.
9	4. Use phase shifters, HVDC schedules, or transformer controls only when sensitivity evidence supports them.
10	5. If the issue is persistent, move to reconductoring, uprating, or new facilities.
11
12	## Working rules
13	- Separate normal-rating issues from emergency-rating issues.
14	- Fix the smallest set of elements that relieve the monitored overload cluster.
15	- Validate a candidate fix on all critical monitored contingencies, not just the worst case.
16	- Use PTDF or LODF style sensitivities when the software provides them.
17
18	## Deliver
19	- The overloaded elements and rating basis.
20	- The dispatch or topology changes that help most.
21	- The recommended corrective action and the residual risk.

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thermal-overload-mitigation

56stars12forks

View on GitHub

How to install thermal-overload-mitigation?

power-agent/powerskills/thermal-overload-mitigation

$npx -y skills add Power-Agent/PowerSkills --skill thermal-overload-mitigation

Installs into the current project.

Summary

Files · 1

View on GitHub

SKILL.md

1	# Thermal overload mitigation
2
3	Start with the monitored element, the applicable rating, and the driving condition.
4
5	## Preferred action order
6	1. Confirm the overload is real: correct rating set, correct outage state, and solved base case or contingency.
7	2. Redispatch generation or transfer patterns to unload the corridor.
8	3. Reconfigure topology or switching where operations permit.
9	4. Use phase shifters, HVDC schedules, or transformer controls only when sensitivity evidence supports them.
10	5. If the issue is persistent, move to reconductoring, uprating, or new facilities.
11
12	## Working rules
13	- Separate normal-rating issues from emergency-rating issues.
14	- Fix the smallest set of elements that relieve the monitored overload cluster.
15	- Validate a candidate fix on all critical monitored contingencies, not just the worst case.
16	- Use PTDF or LODF style sensitivities when the software provides them.
17
18	## Deliver
19	- The overloaded elements and rating basis.
20	- The dispatch or topology changes that help most.
21	- The recommended corrective action and the residual risk.

People who liked this also viewed

6 picks

Type