Mission-Critical Site Commissioning
Executed startup commissioning for a new mission-critical data center, covering switchgear, UPS, PDUs, protection relay testing, SCADA/BMS integration, and full IST.
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Energize on schedule with acceptance testing, transformer diagnostics, primary and secondary injection, and full LV-to-HV commissioning protocols.
Acceptance testing is the gate between installation and energization — ATS protocols, P&C verification, and full system functional performance testing before equipment goes live.
Equipment is properly installed, tested, and confirmed to meet safety standards before energization.
Full compliance with design specifications and NETA ATS standards across scope.
FAT review, SAT, pre-energization inspections, P&C verification, functional tests.
Independent QA/QC and commissioning oversight common for mission-critical clients.
Calibration certificates and test reports ready to submit on-site, reducing the delay to startup.
Full transformer testing spectrum — electrical diagnostics, LTC service, oil and insulation testing, on-site oil reclamation, and turnkey repairs from distribution through HV step-up.
TTR, winding resistance, insulation, PI, power factor, SFRA, excitation testing.
Load Tap Changer testing, contact resistance, and timing across power transformers.
Sampling, DGA, moisture, dielectric strength, and furans on transformer oil.
Portable totes and tanks for on-site oil reclamation.
Transformer repairs and LTC replacements coordinated with Spark crews.
Pre-energization and post-maintenance verification documented to NETA ATS/MTS.
Relay and protection testing carries the highest NERC PRC-005 audit weight — primary and secondary injection, relay setting verification, and protection coordination across LV, MV, and HV.
Across electromechanical, solid-state, and microprocessor-based protection relays.
Settings verified against the coordination study with as-found and as-left records.
Timing, contact resistance, dielectric, and trip verification across LV, MV, HV.
Replacement relays and upgraded schemes tested end-to-end before re-energization.
GOOSE message verification, sampled values, and digital signal validation testing.
Audit-ready test plans, results, and traceability to the protection coordination study.
Power quality analysis identifies load and source issues that cause nuisance trips, equipment damage, and process disruption — measure, characterize, and recommend mitigation.
Current and voltage THD measurement against IEEE 519 limits on plant systems.
Voltage sag, swell, and transient capture with event log analysis to process events.
Power factor measurement, load flow snapshots, unbalance characterization.
Flicker analysis for VFDs, electronic process loads, and arc furnace applications.
Passive/active filters, capacitor sizing, source impedance.
Lab diagnostics combined with field reclamation across transformers, bushings, and cables — DGA, insulation resistance, tan delta, and on-site oil processing cross-referenced to IEEE and IEC standards.
DGA, moisture, dielectric strength, interfacial tension, acidity, furans, PCB screening.
Insulation resistance, polarization index, dielectric absorption ratio testing.
Power factor and tan delta on bushings, windings, and CTs for asset health checks.
VLF withstand and tan delta, partial discharge, and DC hipot where applicable.
Filter press trailers, portable totes and tanks, on-site degassing services.
Reports cross-referenced to IEEE C57.104, C57.106, and IEC 60422 for action plans.
Pre-energization checks, parameter tuning, harmonic analysis, and functional testing on drives — with as-tuned documentation handed over for ongoing maintenance and protection.
Wiring verification, parameter setup, and motor data alignment to drive nameplate.
Accel/decel ramps, current limits, slip compensation, PID loop tuning.
Line-side THD measurement and corrective filter sizing where limits are exceeded.
Motor and cable insulation resistance testing before and after commissioning.
Functional testing of safety circuits, interlocks, and bypass arrangements.
Drive parameters and motor protection settings documented for ongoing service.
Predictive diagnostics — IR thermography, partial discharge, corona — identify failure modes early, with reports rolled into Spark preventive maintenance plans.
IR on switchgear, MCCs, transformers, terminations, and overhead distribution under load.
Reports against NETA MTS and NFPA 70B with severity ratings and corrective actions.
TEV, ultrasonic, and HFCT methods on MV/HV switchgear, cables, and bushings.
Corona detection and ultraviolet inspection on overhead lines and substations.
Electromagnetic field testing where personnel exposure or interference is a concern.
Reports integrated with long term preventive maintenance plans.
Spark Power handles all renewables commissioning work in-house.
Pre-energization verification of DC/AC, controls wiring, comms, and protection settings.
Staged energization, performance testing, ride-through verification.
AC then DC sequence with insulation resistance and ground fault detection.
Phase rotation, voltage, and frequency matching with utility grid characterization.
Setpoint, timing, and ride-through verification against the interconnection agreement.
Frequency ride-through and reactive power response per IEEE 1547 requirements.
Point-by-point comms, alarms, and control command verification across BESS stack.
BESS round-trip efficiency testing against the contract performance guarantee.
Owner’s representative scope and warranty handover support to diagnose and remediate.
Real questions,
Yes. Spark Testing is NETA-accredited in both Canada and the U.S., and our protocols are aligned to NETA ATS and MTS, IEEE C37 / C57 / 80 / 1547 / 1584, NFPA 70E, and NERC PRC-005.
Within 24 to 72 hours for emergency response, dispatched from 16+ regional offices across Canada and the U.S.
We have 16+ regional offices across Canada and the U.S. We are licensed across the U.S. and in 8 Canadian provinces. Our centralized supply chain enables national consistency; regional delivery enables local execution.
Cold commissioning verifies the system pre-energization (DC and AC integrity, controls wiring, communications, protection settings). Hot commissioning is the staged energization, performance testing, and grid synchronization phase.
Yes. All test instruments are calibrated to NIST-traceable standards, with calibration records available with every report.
Expertise across
Nine industries — Power Generation, Renewable Energy, Transmission & Distribution, Data Centers, Industrial Facilities, Food & Beverage, Material Handling, Mining & Aggregates, and EV & Automotive, served by the same in-house team. Backed by 16+ regional offices across Canada and the U.S., our experts offer full support across the product lifecycle.

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