EAZ Wind B.V. bankrupt.
Our company EAZ Wind B.V. was declared bankrupt on 30 October 2024. We took every measure to resolve the financial challenges on our own. Filing for bankruptcy appeared to be the only solution. The decision was very difficult for us. At the same time, we have high hopes for a restart.
We are EAZ Wind.
We believe in a sustainable future for the agricultural sector. We make farms self-sufficient in energy through our farm windmill. Our iconic small windmill blends into the farming landscape with its natural colours, wooden blades and sustainable materials.
With us, farmers get the assurance of a worry-free process. Before, during and after installation of the small windmill, we take care of everything from A to Z. And meanwhile, we keep working on impactful innovations for the best energy supply of tomorrow.
Our story.
EAZ Wind was founded in 2014, by four young guys with a love for the farm and technology. When one of the founder’s father wanted to become more self-sufficient through solar panels, they started working on their own small windturbine.
After many sketches, tests and calculations, EAZ Wind installed their first windmill in 2015 in Overschild. It was the start of something new. Now, 10 years later, we have installed over 850 small windmills in The Netherlands, Belgium and Germany.
Wind energy from the countryside, for the countryside.
In 2015, we installed our very first small wind turbine.
An iconic farmyard windmill designed with respect for people, nature, and technology. Today, they have become an integral part of the rural landscape in the Netherlands, Belgium, and Germany.
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893
EAZ-mills in Europe
82,939,043
kWh generated
Customer story: Van Dijk
The Van Dijk family run a sustainable dairy farm in The Netherlands. The energy usage of their company was one of their bigger challenges, one that a small windmill combined with solar panels was the perfect solution to.
“We don’t want an energy production peak, which is why we chose the combination of both. Since the installation of the windmill, it altogether gives us a good feeling. When we wake up in the morning, our energy consumption is often at zero. We think that’s fantastic!”
I am a dairy farmer with a milking parlour.
In a milking parlour, you have two peak moments of energy consumption each day during milking times.
I am a crop farmer.
When your harvest is stored in cooling facilities, your energy consumption increases.
I am a pig farmer.
Because your equipment runs 24 hours, you will likely have relatively constant energy consumption.
I am a dairy farmer with robots.
Your livestock decides when they are milked, resulting in a consistent energy demand throughout the day.
I am a fruit grower.
When it's time to harvest, your energy consumption increases significantly.
I am a poultry farmer.
Your equipment runs day and night, resulting in relatively consistent energy demands.
Recyclable blades.
Sustainability and using local products are very important to us. Additionally, the blades must be strong, lightweight, and especially fatigue-resistant. That’s why we chose larch wood.
This type of wood is also used in aircraft construction and modern wind turbine blades. The larch wood comes from the forests managed by Staatsbosbeheer.
Mechanical pitch system.
Our pitch system is fully mechanical, and we are incredibly proud of it!
A pitch system adjusts the position of the blades in strong winds. Pitching is crucial for the durability and efficiency of the farmyard mill. We utilize the existing centrifugal force and aerodynamic force to pitch the blade.
Efficient generator
In our ring generator, magnets rotate on both sides of the coils. This design eliminates the need for a core in the coils, which reduces costs, improves efficiency, and allows the mill to operate at lower wind speeds. It also removes the need for a gearbox.
The entire construction is fully encapsulated, eliminating the need for protective housing, and it is cooled by the wind.
Smart electrical cabinet and app.
The electrical cabinet converts the generated energy into usable electricity. It also monitors the operation of the farmyard mill.
The data is communicated via 4G to our service team, giving us insight into the performance of your mill. Additionally, you can monitor the energy production through the EAZ app.
Solid foundation.
We place the farmyard mill on a steel cross. This is set on four heavily reinforced concrete slabs. A thick layer of soil provides the necessary ballast on the slabs.
For weaker peat soils, we use extra piles that are firmly anchored to a deeper, solid ground layer. No heavy equipment or track plates are needed during the installation.
![Stevig fundament] Kruis fundament kleine windmolen](https://eazwind.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)
Iconic tail
Thanks to the wooden wind vane, our heritage mill aligns itself with the wind.
The tail is made from high-quality laminated birch wood and is protected against the elements with a double-layer UV-resistant epoxy coating.
Hundreds of farmers have already made the switch.
Ons laatste nieuws.
We nemen je mee in de energiemarkt, plaatsen updates over (gemeentelijk) beleid en subsidies, en leren je meer over windenergie.
EAZ Wind B.V. failliet.
EAZ Wind aanwezig op de Waals-Nederlandse Handelsdag op het Spa circuit.
Tweedaagse EAZ On Tour in provincie Zeeland in oktober.
Wind & solar combined.
Wind in winter, sun in summer.
