Windar Photonics will be attending the 2nd Spanish Wind Power Congress in Madrid
14/06-2016Read more »
Windar Photonics at the DWEA Retrofit and Service Seminar in Paris, 6th of June
31/05-2016Read more »
Our LiDAR system
We have fine-tuned the technology and replaced expensive light sources with a much more affordable laser.
Predicting the wind
With these data the
turbine is able to adapt
to the oncoming wind
in advance, which
results in increased
power production and
a decrease in
wear-and-tear on the wind
• Yaw optimization: 1-4% AEP increase
• Load reduction: 10-14%
• Appreciable ROI scenarios
• Control Integrated LiDAR
Gain more power
You can expect a 1% to 4% increase in power and at least 10-14 % less stress on the vital components of the wind turbine.
Depending on the price of power, your investment in the wind sensor could pay for itself within 12 to 36 months.
In subsequent years, you can reap the economic benefits of the additional
power production, decreased wear-and-tear and fewer stoppage days.
• Very limited maintenance required
• Easy handling and installation
• Light and compact system
• Durable design
|WindEYE 2-Beam Yaw Optimization System|
|Retrofit open-source Control System|
|4-Beam Yaw and Pitch Optimization System|
|Return of Investment|
|Brochures & Media|
|Press & Marketing|
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