Coordinate the various commissioning teams on your project.
Ensure a fully integrated commissioning.
Eliminate confusion and conflicts.
Ensure ressources and equipment are commissioned in the optimal sequence.
Follow your budget and schedule closely.
Catch problems and issues before they block the critical path.
Second set of eyes on your procedures and reports.
Send an expert at the factory to ensure your equipment arrives ready for integration.
Mitigate risks and delays on the project critical path.
Identify design issues at the source.
Minimize on-site modifications.
Prevent manufacturer oversight and mistakes.
Unit assessement.
Bearing temperature runs.
Vibration analysis and generator balancing.
Open and short circuit testing.
TIF, THD and Waveform deviation testing.
Load tests and load rejections.
Generator heat runs.
Unit inspections
Maximize turbine or unit efficiency.
Optimize your Kaplan turbine cam-curve.
Index testing.
Absolute efficiency testing.
Independent expertise to prevent costly disagreements.
Every tenth of a percent counts.
Review procedures and reports.
On-site oversight of testing.
Prevent confusion on site between manufacturer and customer.
Protect your investment.
Ensure your systems meet the design intent and your operational requirements.
No biases or conflicts of interest.
Catch integration issues, safety risks, and efficiency gaps before the equipment is energized.
Second set of eyes on your procedures and reports.
Extend bearing service life.
Minimize fatigue on rotating parts.
Reduce unbalance induced vibration in your equipment to better identify other issues.
Optimize mechanical and electrical balancing to your requirements.
Instrument verification.
Mechanical and electrical systems start-up.
Ensure every system is integrated.
Hydraulic units, High pressure systems, Compressed air, Braking systems, Servomotors, Jacking systems, etc...
High-voltage testing (hipot, AC & DC).
Insulation resistance testing (PI, IR).
Winding resistance.
Partial discharge couplers.