Why EOLOGIX-PING

Why choose EOLOGIX-PING?

We help wind turbine operators put their attention only where it is needed: continuous, retrofit-friendly blade monitoring that turns raw sensor data into decisions you can act on, for every blade, on every turbine, in every fleet.

A service crew in hard hats and hi-vis vests walking to the one wind turbine that has stopped
The problem | why timing decides the cost

By the time you see the damage, it has already gotten worse

Blade damage, lightning strikes, and ice all start small. Most blade monitoring only catches the problem once it is already visible, already costly, or already too late to act on cheaply.

A hairline crack on a rotor blade growing between two scheduled inspections

A hairline crack

Blade damage starts as a hairline crack, too small to see from the ground. Left unnoticed between scheduled inspections, it has time to grow into a bigger repair.

A storm over three monitored turbines with no way to tell which one was hit

An unconfirmed strike

After a storm you know lightning was in the area, but not which turbine took it. Left unconfirmed, it has time to turn into an unplanned stop.

A thin layer of ice on the outer end of a monitored rotor blade

A thin layer of ice

Icing begins as a thin layer on the leading edge. Left unnoticed, it costs you production long before anyone can see it from the ground.

Our approach

How the EOLOGIX-PING solution is different

We keep it simple, so you can focus on running your fleet, not on managing your monitoring.

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Easy

Our systems are easy to install, easy to run, and easy to trust. ON-TOWER units go up in under 10 minutes per turbine on steel towers, with no special data feeds and no waiting for the right wind conditions. Fit it and it works, on any turbine, any age, any OEM.

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One supplier for everything

No more juggling separate vendors for different blade issues. We cover the range, with one team behind the hardware, the software, and the support. Cubico Sustainable Investments and Tucson Electric Power both run multiple EOLOGIX-PING products side by side, on one dashboard, from one supplier.

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Clear answers, not more data

You do not need more numbers, you need to know what to do next. That is why Tucson Electric Power no longer inspects its full 62-turbine fleet after a storm. The dashboard tells them exactly which turbines need a look. And for the moments that do not need a person at all, such as restarting a turbine once ice has cleared, the system handles it.

Dashboard

Imagine your entire fleet's blade health, in one view

Stop relying on scheduled inspections and disconnected point sensors. EOLOGIX-PING consolidates continuous monitoring across every blade risk into one dashboard, so your team knows exactly which turbines need attention, and which do not.
Monitored wind turbines sending blade data through cloud transfer to the EOLOGIX-PING dashboard

Trusted by these industry leaders

Xcel Energy Inc. logoCapstone Infrastructure LOGOVEBSYS LOGOAlterric logoAspiravi logoBaywa R.E.EVN LogoWien Energie logo
In comparison

Our technology portfolio

Two mounting positions, one dashboard.

Detects

Surface damage, lightning strikes, abnormal noise

Ice formation, blade temperature

Technology

Acoustic sensors and a magnetic field detector

Capacitive, temperature, and inertial sensors

Mounted

At the base of the tower, with magnets or adhesive

On the outer blade surface

Products

Detects

Surface damage, lightning strikes, abnormal noise

Detects

Ice formation, blade temperature

Technology

Acoustic sensors and a magnetic field detector

Technology

Capacitive, temperature, and inertial sensors

Mounted

At the base of the tower, with magnets or adhesive

Mounted

On the outer blade surface

Proof

Outpace ice, damage, and downtime with real results

59 lightning strikes detected

across 16 EOLOGIX-PING devices in the first year at Kiyu wind farm, each one traced to the turbine it hit, as documented in the Kiyu case study with Cubico Sustainable Investments, Uruguay.

Early acoustic damage detection

caught seam seal issues on two Scandinavian turbines before they escalated into major structural issues, letting the operator schedule repairs proactively instead of reactively, as documented in our Scandinavian blade damage case study.

2.5 times fewer standstill periods

than other blade-based ice detection systems, with 100% availability independent of SCADA data, measured by the vgbe Research Foundation in a field test at Stor-Rotliden wind farm, Sweden, comparing four rotor-blade-based systems on the same Vestas V90 turbine.

Up to 80% reduction

in annual icing-related downtime compared with gondola-based systems.

Rated the most sensitive ice detection status

of all four systems tested by Meteotest (2021) for the vgbe Research Foundation, project 401.

Why choose us as a partner

No one wants to wait endlessly for feedback or feel alone with their problem. That is why we work closely with our customers as partners, not just as a vendor. With deep experience in the wind industry, we know the market and the operational pressure you are under, so we can offer solutions that actually fit, and results you can act on.

Partnership
Logo from Tucson Electric Power

“After a storm, we were immediately informed [...] that something was wrong with our turbine [...]”

Michael Bryan Asset Manager at TEP.

Michael Bryan

Asset Manager, Tucson Electric Power

Logo of Cubico

“The system has proven to be very useful for us, [...] making it possible to skip inspecting wind turbines [...]”

Richards Pereira

Technical Asset Manager, Cubico Sustainable Investments, Uruguay

One team, two origins

Founded from the merger of Austria's eologix (2014) and Australia's Ping (2018), EOLOGIX-PING now operates as one unified team with a track record across 2,200+ turbines in 25+ countries.

Wind turbines standing on field under a clowdy skyLightning striking over a dark landscape during a night thunderstormA windturbine in freezing conditionsA wind farm on open meadow land on a clear day
Applications

Blade Damage Monitoring

Surface and structural damage detection empowers operators to take proactive maintenance action, avoiding safety risks and costly repairs.

Applications

Lightning Monitoring

Stay informed during storms with confirmed lightning strike detection: avoid guesswork, minimize personnel resources, prioritize repairs, and protect your assets.

Applications

Blade Operation Monitoring

Minimize downtime due to icing, reduce power losses and additional fatigue from pitch angle misalignment, and extend service life by ensuring turbines operate safely in all conditions.

Applications

Service subscription

Service subscriptions add cost efficiency and predictability, year-round support, and continuous updates: a comprehensive all-in-one solution for peace of mind.

FAQs

Common questions about choosing EOLOGIX-PING

If your question is not answered here, please get in touch. Our customer support team is happy to help you.

Results vary by site and application, but our ice detection customers have seen downtime reductions of up to 50% in independent case studies. Calculate your ROI with our ROI calculator or read a full case study.

Our ON-TOWER devices install in under 10 minutes per turbine on steel towers. The installation approach varies by product line, so get in touch for a project-specific timeline.

Yes. Our systems are designed for retrofittability and operate independently of OEM and SCADA systems, with global certification for safe deployment across regions and turbine types.

EOLOGIX-PING is the only provider offering continuous, sensor-based monitoring across damage, lightning, and ice in a single unified platform. Our ON-BLADE technology is the only system on the market that measures ice thickness directly on the outer blade surface, and our solutions are retrofit-friendly and OEM-independent, so you are not locked into a single turbine manufacturer’s ecosystem.

Case Studies

Similar case studies

Success stories are never written alone. Delve into our collection of case studies to discover how we've partnered with businesses like yours to achieve remarkable results.
Wind farm in a cold environment on a hill
Ice detection

France

Ice detection for wind turbine: system comparison

This case study compares two different ice detection solutions and compares the results.

Lightning and damage detection on a wind farm in Uruguay. Copyright: arinahabich/Getty Images
Damage detection
Lightning monitoring

Uruguay

Proactive lightning and damage detection

This case study is a strong example of proactive turbine health management in a high-risk lightning region.

A wind turbine on a corn field. Copyright: Tom Fisk/Pexels
Damage detection

Sweden

Detecting blade damage before it escalates

This case study demonstrates how detecting blade damage can prevent costly issues and extended downtimes.

Wind turbine of the wind farm North Allegheny in the United States. Copyright: Deriva Energy
Lightning monitoring

United States

Optimized lightning monitoring and identification of previously undetected risks

This case study showes how :EVENT LIGHTNING and Add-on Xweather enable precise, turbine-by-turbine monitoring.

Windturbine in field
Damage detection

Sweden

Bearing fault detected 3 months before a turbine had to stop

This case study highlights now :NOISE detected a bearing fault 3 months before a turbine had to stop in sweden.

Windtubine in winter, ice
Ice detection

Germany

51 % less downtime with smarter ice detection

This case study highlights the advancements of the latest generation of ice detection sensors regarding their efficiency in comparison to those from other manufacturers.

Stop guessing. Start knowing the real condition of your blades.

See how EOLOGIX-PING can help your fleet perform better.

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