8 MV Lineups, 22 Days to Energization
Test Records in 3 Different Binders
You have 8 medium-voltage switchgear lineups to commission before energization in 22 days. The test records are in 3 different contractors’ binders. The relay contractor says lineup 6 passed. The commissioning agent says it didn’t. POD gives every stakeholder one live dashboard with real-time test status per lineup.
Why Switchgear Commissioning Blows Energization Deadlines
The 4 documentation gaps that turn 22 comfortable days into a last-minute scramble
Test records are scattered across 3 contractors
The relay contractor has their binder. The switchgear vendor has theirs. The commissioning agency has a third. Nobody has a consolidated view of which lineups are test-complete. The PM discovers two lineups have open items the morning of energization.
Missed hold points cascade into re-testing
Protection relay calibration must happen after insulation resistance testing but before functional trip tests. When the sequence is violated — because nobody is tracking dependencies — the commissioning agent rejects the lineup and demands a complete re-test.
Failed megger readings go unnoticed for days
A 15kV cable fails the insulation resistance test on Tuesday. The result is written in a field notebook. The PM does not learn about it until the Friday commissioning meeting. Five days of schedule float are consumed before the re-pull is even planned.
NETA acceptance criteria are not verified in real time
NETA MTS standards define specific acceptance ranges for contact resistance, insulation resistance, and relay trip times. Field technicians record values in spreadsheets with no automatic check against limits. Out-of-spec results are caught during final report compilation — weeks later.
How POD Works for Switchgear Commissioning
Speak Test Results at the Lineup
The relay technician speaks the test results after each lineup — relay type, pickup values, trip times, megger readings, contact resistance. POD captures it with a timestamp and maps to the correct lineup.
AI Structures Results by Lineup
POD’s AI parses voice input into structured test records — insulation resistance values, relay trip settings, contact resistance measurements — and maps each to the correct switchgear lineup and test sequence.
Dashboard Shows Energization Readiness
The PM sees a single-line diagram with pass/fail status per lineup, countdown to energization, and alerts for any lineup with open test items or failed re-tests.
The POD Advantage for MV Commissioning
From scattered test binders to a live commissioning dashboard — NETA-compliant from the field
Voice-report test results at the lineup
The relay technician speaks: "Lineup 4, SEL-751 overcurrent relay, phase A pickup 480 amps, time dial 7, instantaneous 4800 amps, all three phases within 2% of setting." POD timestamps the result, maps it to Lineup 4, and marks the relay calibration test as passed.
Consolidated commissioning dashboard per lineup
Every lineup shows a complete test checklist: insulation resistance, contact resistance, hi-pot, relay calibration, functional trip, and interlock verification. Pass, fail, or pending — all in one view. The PM sees exactly which lineups are energization-ready.
NETA acceptance criteria auto-verified
POD checks every reported measurement against NETA MTS acceptance values. Contact resistance above the threshold? Flagged immediately. Relay trip time outside the window? Alert fires. No more catching out-of-spec results weeks later during report compilation.
Hold point sequencing and countdown tracking
POD enforces the correct commissioning sequence: insulation resistance before relay calibration before functional trip. If a hold point is attempted out of order, it is flagged. Countdown timers show days remaining to energization for each lineup.
Switchgear Single-Line Diagram — Live Commissioning Status
8 medium-voltage breaker lineups on a common bus. Each section lights up as commissioning completes. Protection relay icons blink on pending lineups. The energization path traces from source to load.
Switchgear Commissioning Metrics — Energization-Ready
Commissioning countdown and test results — two of the 338 KPIs POD auto-populates from daily field reports.
Test Results
Built for MV Switchgear Commissioning
Relay Trip Time Logging
Speak measured trip times and pickup values — POD maps to relay type and compares against NETA MTS acceptance criteria automatically
Insulation Resistance Tracking
Megger readings per lineup with automatic pass/fail against minimum insulation resistance values for each voltage class
Contact Resistance (DLRO)
Micro-ohm readings per breaker contact with NETA threshold flagging — out-of-spec contacts are highlighted before the lineup advances
Hi-Pot Test Verification
High-potential withstand test results tracked per cable and per lineup — leakage current values compared against manufacturer limits
Energization Readiness Score
Each lineup gets a percentage-complete commissioning score. 100% means all tests passed, all hold points cleared, all documentation complete
Commissioning Report Export
One-click NETA-formatted commissioning report per lineup — test data, acceptance criteria, pass/fail determinations, and technician sign-offs
“We had 12 lineups to commission on a data center project. The relay contractor said everything passed but the commissioning agent rejected 3 lineups for sequence violations — relay cal was done before insulation testing. With POD, the hold point enforcement would have caught that on day one. We lost 9 days.”
— Electrical PM, Mission-Critical Contractor
Frequently Asked Questions
Stop Chasing Test Binders — Commission With Confidence
See how POD consolidates relay tests, insulation readings, and commissioning status into a single energization-ready dashboard.
Last updated: March 2026