Ambient Updraft Power Converter

Votes: 0
Views: 258

Ambient Updraft Power Converter

Air moves up because of relative heat and density. Density is caused by the distance from the center of the earth and the amount of air on top of the air. The Ambient Updraft Power Converter (AUPC) uses both of these means with a vertical duct. Air is more dense at the bottom of the duct than it is at the top of the duct. The air is cooler at the bottom of the duct and warmer at the top of the duct. The density and the difference in temperature both move the air up. The AUPC also uses a duct with a larger diameter at the top and a smaller diameter at the bottom which has the potential to speed the air up at the bottom and shorten the ducts overall length.

The reason for the duct is the air at the bottom of the duct is heavier than the air at the top. The heavier air surrounding the duct pushes the air up into duct. This alone would cause the air to rise. Just like a fireplace chimney draws air when there is no fire or heat to make it rise. When the fire is lit the fireplace draws, the air rises, quicker and with more power.

The APUC pulls air over almost vertical airfoils, at the bottom of the duct, at a 30:1 power ratio. The lift from the airfoil mover in a rotational direction within the duct, driving a pulley, and creates electric power. Thus the AUPC creates electric power with no in put of energy and will run generating electric day and night.

Ideally, it will draw cool, dense air from beneath a house, either from the side from the center. The cool, dense air will flow over the almost vertical airfoils creates lift in a rotational direction which causes torque spins a pulley, turning a generator.

The height of the duct draws cool, dense air over the almost vertical airfoils creating lift in a rotational direction, turning a pulley, creating electric energy when connected to a generator.

The duct has an average usable surface area of over 400 square feet for solar panels which would create electric and would be black to absorb sunlight and heat the duct.

For times when the sun isn't shining, and isn't heating the duct and isn't creating energy by solar panels; The height of the duct drawing the air up the duct could be supplemented with a wind directional chimney cap at the top.

The AUPC, would draw upward relatively cool, dense air beneath a home using the height of a duct. The color black will heat the air, solar panels to generate electric, and a wind directional chimney cap to draw the air. The duct, being 2 or 3 times the diameter of the inlet at the bottom will draw the maximum air flow.

Charles Medlock 3/2020

US Copyright

Video

Voting

Voting is closed!

  • ABOUT THE ENTRANT

  • Name:
    Charles Medlock
  • Type of entry:
    individual
  • Profession:
    Business Owner/Manager
  • Number of times previously entering contest:
    2
  • Charles's favorite design and analysis tools:
    my brain
  • Charles's hobbies and activities:
    none
  • Charles belongs to these online communities:
    linkedin
  • Charles is inspired by:
    common sense, academic acceptance, testing, remembering the fifth grade
  • Patent status:
    none