WINDPOWER :
REINVENTED
Welcome to Wind Fisher – where innovation meets efficiency.
Explore our pioneering wind energy technology and investment opportunities.
WINNER 2023
Renewable Energy Track
WINDPOWER :
REINVENTED
WINNER 2023
Renewable Energy Track
Welcome to Wind Fisher – where innovation meets efficiency.
Explore our pioneering wind energy technology and investment opportunities.
Welcome to Wind Fisher – where innovation meets efficiency.
Explore our pioneering wind energy technology and investment opportunities.
WINNER 2023
Renewable Energy Track
Our solution
Wind-Fisher’s answer is to make Airborne Wind Energy not just a concept but a reality. Our patented concept is a lighter-than-air, helium-filled, rotating wing rotor that harnesses the aerodynamic Magnus effect.
Lighter
than an equivalent
wind turbine
Safer
landing due to
lighter-than-air design
Faster to deploy
and minimal ground
infrastructure
Cost effective
~
0,04 €/kWh
Everywhere
low to high
wind regions
The Wind Energy challenge
The total amount of economically extractable power available from the wind is considerably more than present human power use from all sources
Currently, wind power supplies 7% of the electricity, worldwide, mainly in very large wind farms, operated by large utilities
Our belief is that wind energy should be available for smaller, local users. The demand for decentralized renewable energy (100 ~ 1000 kW) is growing fast worldwide
But
Classic wind turbines require a high CAPEX (60 M€ on average per wind project)
Classic wind projects have a long project lead time (7-10 years on average from start to end)
Classic wind turbines have a high environmental footprint
Classic wind energy has a poor load factor, impacting efficiency
FAQ
- The MAG100 is 25m long and 4 m in diameter.
- The MAG is filled with helium at a pressure slightly greater than atmospheric pressure: 30 millibars gauge.
- The MAG is lighter than air, because the buoyancy of the helium is slightly greater than the weight of MAG.
- Our cylindrical MAG is very safe by design in all flight conditions, compared to other airborne wind energy concepts. Being lighter than air, take off and landing is smooth and safe. The cylindrical design gives it significantly better gust and turbulence tolerance, compared to kites or rigid wings. In addition, our efficient structural shape leads to lower overall material costs for a given power.
- The aerodynamics of the MAG lead it to having a greatly reduced noise impact compared to traditional wind turbines. Regarding visual pollution, when there is no wind, the MAG is simply returned to the ground station and disappears from the landscape.
