A system for transforming exhausted air flow from central air conditioning units into a source of renewable, clean electric energy is currently in development. Created by EarthSure, a renewable energy company and innovator in alternative energy sources, patent-pending WindAir™ drives warm air flow from traditional air conditioner exhaust into a secondary fan turbine system. The secondary system’s electric-generating mechanism transforms the wind flow into free, clean, renewable energy, which is then inverted into the electric meter of the home or office building.
This renewable energy, when sent back to the meter, turns the air conditioning unit into an actual subpower station. So potentially, every time you turn on the central air or cooling systems, your electric bill could go down instead of up.
The unique WindAir™ converter system can be incorporated into any existing air conditioning condenser unit or manufactured as a complete new unit, and can be utilized within small homeowner units all the way up to the largest of commercial air conditioning applications.
Benefits of the System
First and foremost, the WindAir™ system has the capability to generate significant savings on the user’s electric bill. In addition, the system transforms an electric-guzzling machine into a renewable energy source, contributing to keeping the environment clean, reducing our carbon footprint, and also lessening reliance on foreign power sources.
The secondary stage fan turbine offsets the surge of electricity usage that strains power plants and substations during hot summer months, since it turns an agent that normally uses a lot of electricity into a source that uses renewable energy.
Also, the WindAir™ "shroud" design will absorb operational sound to minimize air conditioners’ noise pollution. The shroud design also captures more of the exhausted air conditioning units’ air and funnels it in a more concentrated fashion with less waste of air stream, equating to higher electrical output.
Finally, the unit is designed to protect interior components of outdoor units from exposure to the elements, rodents, leaves, and debris, keeping them rust-free and longer lasting.