Innovation

Our technologies
Our retrofit-friendly condition monitoring solutions for continuous blade monitoring are designed to detect critical issues such as rotor blade damage, lightning strikes, and ice formation, enhancing overall performance and operational efficiency.
Innovation

Empower your turbines with seamless blade monitoring

Take full control of blade performance with ease. Our advanced blade condition monitoring technology ensures that all blade issues are efficiently detected and managed, keeping your turbines running at peak efficiency.

Designed for retrofittability and simplicity, our solution operates independently of OEMs and SCADA systems, with the added assurance of global certification. Experience effortless, reliable monitoring from a single trusted source.

Keep your turbines running with continuous blade condition monitoring.
Dashboard

Gain control: Streamlined decision-making for wind turbine operators

When critical issues arise, operators need clear, actionable insights – without being overwhelmed by data. EOLOGIX-PING consolidates essential information into a single, intuitive dashboard, providing a comprehensive overview for fast, informed decisions.

Whether managing a single turbine or an entire wind farm, EOLOGIX-PING simplifies data management, enabling efficient maintenance planning and maximizing turbine uptime and performance.

Damage detection dashboard
Better performance

Why continuous condition monitoring matters

Wind turbines operate in ever-changing environmental conditions, each posing unique risks to performance. Early detection of issues such as malfunctions, damage, or downtime is essential to minimizing revenue loss, controlling maintenance costs, and maintaining operational efficiency.
Continuous monitoring ensures proactive intervention, protecting your investment and optimizing turbine performance over the long term.

White turbine view from above.
Technology

Our holistic blade monitoring technologies

ON-TOWER (OT)

ON-TOWER blade health monitoring device for enhanced wind turbine performance and longevity consists of an Intelligent Listening Sensor (ILS) and a Power and Communication module (PCM). It is easily mounted with magnets or adhesive at the base of the tower.

Why choose our ON-TOWER monitoring?

  • Peace of mind 
  • Swift notifications 
  • Quick installation in under 10 minutes for steel towers
    This plug-and-play device is best installed on the windward side, facing the sun
ON TOWER technology for :LITE ICE and :SURFACE DAMAGE
ON TOWER technology mounted on a wind turbine tower.
ON-TOWER system for surface damage detection and lightning monitoring

Overview

Used technology

  • Acoustic sensors (blade damage and icing)
  • Magnetic field detector (lightning events)

IN-BLADE (IB)

The IN-BLADE device for internal root zone damage detection features an IN-BLADE Unit (IBU), powered by a Kinetic Power Supply (KPS). Alternatively, the IBU can be connected to the hub power supply (if available). Each blade requires one IBU and one KPS, mounted inside its root zone.

Why choose our IN-BLADE monitoring?

  • Detect damage earlier 
  • See changes of damage level in the dashboard
  • Self-powering and communicating (with use of KPS) 
  • Based on proven science of crack propagation and acoustic emission
IN BLADE technology to detect structural damage.
Installation of IN BLADE technology inside the rotor blade for structural health monitoring.

Overview

Used technology

  • Acoustic sensors

ON-BLADE (OB)

The ON-BLADE system for early icing detection and temperature measurement using capacitive sensing at multiple external blade surface points. It consists of mechanically flexible Wireless Blade Sensors (WBS), one base station per turbine and an antenna (two different options available).

Why choose our ON-BLADE monitoring?

  • Only system on the market that measures directly on outer blade surface and determines actual ice thickness
  • Can distinguish between rime ice and glaze ice
  • Ice and temperature measurement at each sensor
  • 5 levels of surface condition
  • Temperature measurement +/- 0.25°C
  • Measurement of blade angle deviations (with inertial sensors)
  • No data of the wind turbine necessary 
  • High redundancy of the system
ON BLADE technology for ice detection and pitch angle misalignment
ON-BLADE sensor mounted on a rotor blade.
Wireless Blade Sensor during ice detection test
ON-BLADE technology installation process

Overview

Used technology

  • Capacitive sensors
  • Temperature sensors
  • Inertial sensors

Trusted by these industry leaders

Vattenfall logoXcel Energy logoLogo EDF RenewablesEurus EnergyLogo from Tucson Electric PowerOrsted logoLogo VestasVasa Vind
In comparison

Our blade monitoring technology at a glance

The following overview gives you a good impression of our systems.

ON-TOWER (OT)

IN-BLADE (IB)

ON-BLADE (OB)

About technology

The monitor consists of an Intelligent Listening Sensor (ILS) and a Power Communication Module (PCM).

The IN-BLADE technology, with the In-Blade Unit (IBU) and Kinetic Power Supply (KPS), is self-contained and can be easily installed at root access.

The OB system features Wireless Blade Sensors (WBS) and a Base station per turbine. The solar-powered WBS are mounted directly on the outer blade surface.

Application

Surface damage

Lightning monitoring

Ice detection

Structural damage

Ice detection

Pitch angle monitoring

Products

:SURFACE HEALTH

:EVENT LIGHTNING

:LITE ICE

:STRUCTURAL HEALTH

:STANDARD ICE

:SAFE ICE

:RESTART ICE

:HEAT

:ALIGN

Technology

Acoustic sensors

Lightning (magnetic field) detector

Acoustic sensors

Capacitive sensors

Temperature sensor

Inertial sensor

Positioning

On the base of the tower

Inside the blade (Root zone)

On the outer blade surface and/or on the nacelle

Mounting

Magnets or adhesive

Magnets or adhesive

Adhesive

Receiving unit

PCM

IN-BLADE Unit

(IBU is sending and receiving unit at the same time)

Base station (in the nacelle)

ON-TOWER (OT)

IN-BLADE (IB)

ON-BLADE (OB)

About technology

The monitor consists of an Intelligent Listening Sensor (ILS) and a Power Communication Module (PCM).

About technology

The IN-BLADE technology, with the In-Blade Unit (IBU) and Kinetic Power Supply (KPS), is self-contained and can be easily installed at root access.

About technology

The OB system features Wireless Blade Sensors (WBS) and a Base station per turbine. The solar-powered WBS are mounted directly on the outer blade surface.

Application

Surface damage

Lightning monitoring

Ice detection

Application

Structural damage

Application

Ice detection

Pitch angle monitoring

Products

:SURFACE HEALTH

:EVENT LIGHTNING

:LITE ICE

Products

:STRUCTURAL HEALTH

Products

:STANDARD ICE

:SAFE ICE

:RESTART ICE

:HEAT

:ALIGN

Technology

Acoustic sensors

Lightning (magnetic field) detector

Technology

Acoustic sensors

Technology

Capacitive sensors

Temperature sensor

Inertial sensor

Positioning

On the base of the tower

Positioning

Inside the blade (Root zone)

Positioning

On the outer blade surface and/or on the nacelle

Mounting

Magnets or adhesive

Mounting

Magnets or adhesive

Mounting

Adhesive

Receiving unit

PCM

Receiving unit

IN-BLADE Unit

(IBU is sending and receiving unit at the same time)

Receiving unit

Base station (in the nacelle)

FAQs

Common questions about our technology

Here we answer some frequently asked questions about our continuous condition monitoring technology. If your question is not answered, please do not hesitate to contact us. Our customer support team is happy to help you.
Learn more about eologix-ping

Let's meet up

Meet the innovators and experts who turned a vision into a global leader in rotor blade monitoring. Follow our journey and see how we’re making a difference in renewable energy worldwide.

Webinars

Webinar

Addressing Lightning Challenges in Wind Turbine Operation

In-person events

February 3, 2025

Event

Winterwind 2025

Skelleftea, Sweden

Booth No. 33

The Winterwind International Wind Energy Conference is a key annual event focused on wind energy in cold climates, held in Sweden since 2008. It brings together global wind energy professionals - scientists, engineers, developers, investors, and more - for seminars, debates, networking, and technical visits.

February 24, 2025

Event

Blades USA 2025

Austin, United States

Blades USA 2025 will be held from February 24th to 25th in Austin. It is America's event for wind blade performance and brings together leaders from the wind industry. Talk with blade technology experts about the future of the wind energy.