We build our wind turbine specifically for farms. Common sense and robust engineering - that’s what defines us.
Here’s what that looks like in practice.
Before investing in a farm wind turbine, you want to know what it produces.
Our EAZ model has a peak output of 15 kW, and an average annual yield between 25,000 and 45,000 kWh.
The exact yield depends on your location, nearby obstacles, and the average wind speed.
Want to know what that means for your farm? We’re happy to perform a free site analysis for your location.
Sustainability and the use of local materials are important to us. The blades need to be strong, lightweight, and fatigue-resistant - that’s why we chose larch wood. Larch is also used in aircraft construction and modern turbine blades.
Our larch comes from Staatsbosbeheer forests in the Netherlands.

Our pitch system is fully mechanical, and we’re proud of that.
A pitch system adjusts the position of the blades when the wind becomes too strong. This is essential for both efficiency and durability. We make clever use of centrifugal and aerodynamic forces to control the blade angle - no hydraulics or electronics needed.

Our ring generator uses magnets on both sides of the coils. Because there’s no iron core, efficiency improves, costs stay low, and the turbine starts generating power even at low wind speeds. It also eliminates the need for a gearbox.
The entire unit is fully encapsulated and air-cooled by the wind, so no extra housing is required.

We mount each farm turbine on a steel cross frame, anchored by four reinforced concrete slabs. A thick layer of soil provides the right ballast.
For softer peat soils, we add extra piles that anchor deep into stable ground layers. No heavy equipment or steel road plates are needed during installation.
![Stevig fundament] Kruis fundament kleine windmolen](https://ecoways.com/hs-fs/hubfs/NoNo%20Web%20Imagery%202024/Stevig%20fundament%5D%20Kruis%20fundament%20kleine%20windmolen.jpg?width=350&height=223&name=Stevig%20fundament%5D%20Kruis%20fundament%20kleine%20windmolen.jpg)
The wooden wind vane automatically turns the turbine into the wind.
It’s made from laminated larch wood and protected by a double-layer UV-resistant epoxy coating. A steel core is integrated inside the tail for perfect stiffness and balance.
Need more info? Feel free to reach out to our team with any questions!
An acoustic study of the EAZ 13.2 turbine showed that it meets the noise limit of 42 dB (comparable to the hum of a refrigerator) measured at a distance of 35 metres.
Regulations state that a façade with windows may not be exposed to more than 20 minutes of shadow flicker per day. That’s why our turbines include a sensor that automatically stops the blades on sunny days once that limit is reached - and starts again when the shadow passes.
Our farm turbine has a hub height of 15 metres and a tip height of 21.6 metres. This keeps it well aligned with surrounding farm buildings and allows it to slot naturally into the rural landscape.
Municipal guidelines often emphasise modest, integrated design - and this turbine fits right in.
We understand that wind turbines can raise concerns about visual impact. That’s why we’ve chosen a natural look: a green mast and wooden blades that blend harmoniously into the countryside.
This design approach aligns with many municipal landscape policies that favour calm, understated colours.
Discover the benefits of wind energy for your type of farm.