Airborne Wind Energy

See the EK30 in operation on our test site in Brandenburg.

Affordable and clean energy supply worldwide

Harnessing high-altitude winds: Doubling the output whilst saving 95% of resources per unit energy yielded.

A secure energy supply is representative of wealth in a developed world. Knowing that only renewable energy will secure the well-being of our planet, we at EnerKite are developing more efficient wind energy systems for the needs of the future.

Today's wind turbines supply their nominal output less than a quarter of the time and continue to uphold the price of environmentally friendly energy. At inland sites the gondolas are lifted on expensive, ever-growing towers in order to reach the more persistent high-altitude winds. Offshore systems on the other hand cannot convince due to high grid connection and foundation costs.

When it comes to harnessing the steady and strong winds above the hub heights of conventional wind turbines, onshore as well as offshore, kite wings display unique potential. Cutting-edge control technology and efficient wing design allow for savings on the foundation, tower and blades. One day wind energy from EnerKites could become more economical than the fossil fuel alternative.

How does it work?

EnerKites are novel wind energy plants aiming to produce energy up to 90% of the time, aggregating more than 4000 full-load hours per year. This is made possible by harnessing the persistently strong winds at heights of 100 - 500 m. The system becomes highly economical through extremely efficient material usage, optimal use of airspace as well as low assembly and transport costs. EnerKite leads the field of dynamic airborne wind energy controls and efficient kite wings having already demonstrated this in the field.
EnerKites work in two phases according to the so-called reverse Yo-Yo concept. During the power phase the wing flies cross-wind, unfurling the lines with optimal force and speed. During the recovery phase the wing returns to the starting point as fast and smooth as possible with minimal energy expenditure. The ground station generates electrical power from the torque of the unfurling lines whilst steering the wing using differential drum drives.


EnerKíte system compared to wind turbines. The force increases with the altitude.

The path leading towards the development of a megawatt-class EnerKite is comprised of several intermediate steps that are economically interesting in their own right. The 100 - 500 kW plants for mobile or stationary off-grid power supply represent a solution in rural areas or those that are difficult to reach. Especially in the MW class EnerKítes reveal their future potential.

Read more about our technolgy and the planned products.

The EnerKíte team invites to support us with investments and strategic partnerships.

EnerKíte research and development efforts are supported by federal as well as regional funds granted by the state of Brandenburg.

EU SozialfondsMASF
EnerKíte is currently seeking investments for the product development. Join us and participate:
financing round 2015:
0,88 Mio. €
goal: 1,25 Mio. €


Email address:

First Name:

Last Name:


EnerKíte is looking for talent

In the scope the the Marie-Curie Initial Training Network AWESCO: "Airborne Wind Energy - System Modelling, Control and Optimisation" EnerKíte is looking to hire a candidate for the analysis of safety and reliability of components and systems of future products. The position is accompanied by a PhD at the Technical University Delft. You are highly motivated to provide insight into and solutions for safe and reliable airborne wind energy, an eye for the critical components and you have not been living in germany for longer than three months? Then apply at:

EnerKíte on ArteTV - FutureMag

Arte TV was joining the EnerKíte team working in their Labs in Berlin and on the test site in Pritzwalk an entire day long.


Electricity cost turnaround with airborne wind energy. EnerKíte Demo in Berlin

Don't you wonder how levelized cost of wind energy may beat the cost of nuclear, coal or even water power? Would you like to learn how it is possible to double the capacity factor up to 5000 full load hours on land - a goal which just is aimed for cost expensive offshore wind? Are you keen to see how that windturbine looks, which makes 90% of the materials obsolete, by replacing it with an intelligent design and control?

buy real viagra online | | how often can i take viagra