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Omnidea
BOREAS

[ ] AirborneWindEnergy/message/8849

  • Home web site      omnidea.net
  • IP          Discuss:   KPM608
    • Tiago Da Costa Duarte Pardal
    • Marco Aurelio Baptista De Almeida Freire
  • Tiago Pardal
  • R. Fernandes
  • P. Silva
  • http://www.omnidea.net/hawe/schematic_hawe.html
  • M3624
  • Patent application Click image for full patent application: 
    [Quote from Omnidea: "Tiago Pardal, Marco Freire
    “Atmospheric Resources Explorer”, PCT delivered in May 2007 (priority date: May 2006).
        •Secured at National Level
        •Pending at internacional level "  The application states priority date of May 31, 2006. ]
  • ARE    Atmospheric Resources Explorer
Studying the patent application:

higher winds: Permit working with less efficiency and such costs for that efficiency. Less dependent upon the conversion efficiency of the system, when compared with towered wind turbines.

Pardal and Freire:

  • control group
  • cable group
  • airborne group
  • ground station group
  • reeler
  • roller fairlead component
  • roller fairlead system
  • inertia wheel
  • buoyancy system
  • inflated elements
  • support system
  • aerodynamic system
  • Atmospheric Resources Explorer
  • payload system
  • structural part of the airborne group
  • airborne group of systems
  • modular
  • modularity
  • alternator
  • torque smoothing device
  • air flux
  • wing airfoils
  • stabilizing tails
  • axial controlled rotation
  • propulsion system to improve the positioning of the overall platform against the prevailing wind
  • optical fiber for exchange of data between airborne group and ground station group
  • knot formation avoidance
  • safety level
  • lightning arrestor components
  • putting airborne group to higher altitudes during some specially strong cyclonic weather conditions to save the group from damages
  • angle of attack control system
  • pillow block bearing
  • aerodynamic downforce
  • positive net buoyancy
  • wing profiles (also referred to as airfoils)
  • rotating bodies
  • variable configuration element
  • The applicants declare that they prefer wing airfoils over the VAWT Magnus effect devices
  • gas leakage
  • in-situ production of LTA gases at airborne platform
  • inert gas may be obtained from ambient air by removing the oxygen
  • scalability
  • versatility
  • stratosphere
  • troposphere
  • control box
  • airborne group positioning control
  • control and safety operations
  • slip ring
  • rotary transformer
  • secondary power system
  • aero-generator  (conventional) for auxiliary power supply
  • magnetic field variation
  • Faraday's law
  • high altitude platform
  • wind friction and accumulation of static charge
  • long-term airborne
  • physical reconnaissance elements
  • cable swivels
  • clutch device
  • coupling system for obtaining desired rotation speeds
  • braking system
  • electric current rectifying system
  • ballast and/or anchorage system


  • SPECIAL NOTE:  Tether independent streamline components may double in service as wind-direction sensors; data of such might go to the control group for possible adjustments.