Altaeros Energies

Deployment of the world's first operational airborne wind turbine in Fairbanks, Alaska. The helium-filled turbine hovers approximately 1,000 feet above ground and is expected to produce twice as much electrical power as ground-based wind turbines.

A helium-filled airborne wind turbine system designed to hover approximately 1,000 feet above ground and harness stronger wind currents at higher altitudes. The system is anchored to the ground and is expected to produce twice as much electrical power as ground-based wind turbines.

A wind turbine is used to generate electricity, which then powers the electrolysis process for hydrogen production.

A helium-filled buoyant turbine system that hovers approximately 1,000 feet above ground to harness stronger wind currents at higher altitudes.

Alaska

Deployment of the world's first operational airborne wind turbine in Fairbanks, Alaska. The helium-filled turbine hovers approximately 1,000 feet above ground and is expected to produce twice as much electrical power as ground-based wind turbines.

A wind turbine designed without a rigid support structure, built to catch wind currents and use them to reach high altitude. The turbines will be tethered to the ground but will otherwise have free reign of the skies.

A helium-filled airborne wind turbine system designed to hover approximately 1,000 feet above ground and harness stronger wind currents at higher altitudes. The system is anchored to the ground and is expected to produce twice as much electrical power as ground-based wind turbines.