InSight Overview

Move your wind assets towards a sustainable and predictive health management approach.

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Field Pro

Visit our microsite to see how our mobile solution, Field Pro, redefines wind turbine services and inspections.

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ecoCMS

ecoCMS is an innovative condition monitoring system, combining cloud-based software technology with affordable hardware.

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Turbine Monitoring Service

Monitor turbine performance and condition, schedule timely O&M services and avoid costly failures. 

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Predictive Maintenance

Tailor your wind farm maintenance strategy based on remaining useful life predictions.

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Engineering & Consulting

Hands-on solutions to analyse failures, find solutions and implement upgrades.

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Turbine Inspections

Gearbox and main bearing inspections, full scope end of warranty inspections, QAQC inspections and manufacturing facility inspections/audits, worldwide.

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Investor Technical Advisory

Evaluate your assets, validate financial models and carry out technical due diligence.

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Fleet Monitor

Reduce your downtime and increase power generation with our powerful web-based software for wind turbine health monitoring and predictive maintenance.

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Main Bearing Life Extension

Our patented main bearing grease flushing technology reduces the metallic particulates and water content in turbines by more than 95% and extends life.

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In Focus: RCA

We present two real life examples of using root cause analysis (RCA) to solve wind turbine failure, with a comprehensive RCA checklist. 

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Training

Wind turbine drivetrain training for technicians and engineers to improve their understanding of their fleet's health.

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Latest from the Blog

  • Vibration Based Life - Reducing the Cost of Failures Vibration Based Life - Reducing the Cost of Failures

    Your condition monitoring team has let you know that an asset has a likely axial crack on an intermediate stage bearing and the vibration trend is increasing. You inspect the bearing and there is indeed damage…what next?

  • When is 20 year gearbox life not 20 years? When is 20 year gearbox life not 20 years?

    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?

  • NREL’s GRC Gearbox 3 – Part 2 of 2: Testing Results NREL’s GRC Gearbox 3 – Part 2 of 2: Testing Results

    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.

  • Implementing Fleet Monitor Realizes Substantial Net Gain for Cannon Power Group Implementing Fleet Monitor Realizes Substantial Net Gain for Cannon Power Group

    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.

  • How to model O&M costs and evaluate the cost impact of serial failures How to model O&M costs and evaluate the cost impact of serial 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.

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