altaeros energies high altitude wind turbine deploys at 1,000 feet
 
altaeros energies high altitude wind turbine deploys at 1,000 feet
mar 24, 2014

altaeros energies high altitude wind turbine deploys at 1,000 feet

altaeros energies high altitude wind turbine deploys at 1,000 feet above ground
image © altaeros energies

 

 

 

altaeros energies, the wind energy company formed out of MIT, announced that its alaska demonstration project is set to break the world record for the highest wind turbine ever deployed. at a height 1,000 feet above ground, the BAT (buoyant airborne turbine) project, will be over 275 feet taller than the current record holder for the highest wind turbine, the vestas v164-8.0-mw. the BAT has been designed to generate consistent, low cost energy for the remote power and microgrid market, which is currently served by expensive diesel generators. the wind turbines will be used to power remote and island communities; agriculture, disaster relief organizations, and even military bases.

altaeros energies high altitude wind turbine deploys at 1,000 feet above ground
image © altaeros energies

 

 

the BAT uses a helium-filled, inflatable shell to lift it to high altitudes, where winds are stronger and more consistent than those reached by traditional tower-mounted turbines. high strength tethers hold the turbine steady and send electricity down to the ground.

 

 

 video © altaerosenergies

Altaeros-Energies-high-altitude-wind-turbine-designboom03
image © altaeros energies

 

 

the lifting technology is adapted from aerostats, industrial cousins of blimps, which have lifted heavy communications equipment into the air for decades. aerostats are rated to survive hurricane-level winds and have safety features that ensure a slow descent to the ground. in 2013, altaeros successfully tested a BAT prototype in 45 mph winds and at a height of 500 feet.

  • This is a lovely idea.

    What is the power available from the tested turbine?

    What is the total mass of the cable running to ground? Presumably the per meter mass limit the design height of the BAT – to what height?

    TG

    TG

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