Helping you operate, maintain and manage wind farms more profitably.Find Out More
"Romax InSight's technical expertise and high quality inspection reports were a major factor in GME's decision to partner with Romax. We have engaged Romax for this type of work for over 4 years and will continue to do so"Read the Case Study
“With the planet bearing damage that we identified in our joint campaign, we supported a warranty claim of US$600,000 – a return on investment in the region of 20:1.”Read the Case Study
"I think Romax's independent set of eyes, it's wide and deep technical experience, and its independence of any manufacturer, adds a lot of value to the industry."Read the Case Study
“We achieved the target to increase the capacity factor by 4% and availability by 10% with the high quality, systematic preventative maintenance strategy implemented by Romax experts.”
“We ultimately selected Romax as our End of Warranty partner because of their knowledge, flexibility and experience, as well as their strong reputation in the wind turbine industry.”Read the Case Study
“Their analysis was a major factor in supporting our end-of-warranty claim as well as guiding our decision for the future service and maintenance alternatives."Romax InSight Monitoring Services
“This attention to detail has made them very successful in the market, as the only global company to achieve 25 gearbox design A Level certificates.”Romax InSight Engineering Services
"Gearbox Express selected Romax for support on re-engineering and design improvements to a 2+MW gearbox for their Revolution platform. Romax’s predictive maintenance technology and previous successful projects for Gearbox Express supported the selection."Romax InSight Engineering Services
Move your wind assets towards a sustainable and predictive health management approach.
Visit our microsite to see how our mobile solution, Field Pro, redefines wind turbine services and inspections.
ecoCMS is an innovative condition monitoring system, combining cloud-based software technology with affordable hardware.
Monitor turbine performance and condition, schedule timely O&M services and avoid costly failures.
Tailor your wind farm maintenance strategy based on remaining useful life predictions.
Hands-on solutions to analyse failures, find solutions and implement upgrades.
Gearbox and main bearing inspections, full scope end of warranty inspections, QAQC inspections and manufacturing facility inspections/audits, worldwide.
Evaluate your assets, validate financial models and carry out technical due diligence.
Reduce your downtime and increase power generation with our powerful web-based software for wind turbine health monitoring and predictive maintenance.
Our patented main bearing grease flushing technology reduces the metallic particulates and water content in turbines by more than 95% and extends life.
We present two real life examples of using root cause analysis (RCA) to solve wind turbine failure, with a comprehensive RCA checklist.
Wind turbine drivetrain training for technicians and engineers to improve their understanding of their fleet's health.
Many wind turbine gearboxes have a design life of 20 years. However, a great number of gearboxes don’t last for 20 years and fail prematurely… so why the discrepancy?
Improving gearbox reliability is important for the wind industry as it reduces the levelized cost of electricity (LCOE). NREL has now completed testing of the redesigned GRC Gearbox 3 and it has greatly improved performance. Expertise gathered from this R&D project is now being applied by InSight to support owners with improving their gearbox life.
A financial study of implementing predictive maintenance revealed a $1.2m net benefit for Cannon Power due to improved repair scheduling, reduced down time and avoidance of the cost of catastrophic failures.
O&M costs for wind farms are difficult to predict and can vary significantly between wind farms and turbine technologies. O&M cost is by far the least predictable factor in a wind farm’s operating expenditure (OPEX) and investors are demanding more accurate predictions.
A recent article about how in depth turbine technology assessments scan help reduce the uncertainty and impacts arising from newer technologies during the development and construction stages of a wind farm’s life cycle.