How It Works

Diagram showing the effects of wind on a rotating object, with arrows indicating wind direction, counterproductive and productive wind forces, and the center of rotation.

Step 1

All other vertical wind systems on the market today, regardless of their specs, are very inefficient. The same wind that creates rotation on any vertical system also creates resistance.

Diagram of wind turning a curved device around a central axis, with labeled directions of wind and rotation, and a wall obstructing wind flow.
Diagram illustrating how a deflector changes the airflow and induces rotation in the aircraft's control surfaces, with wind flowing from left to right and the deflector causing the surfaces to rotate in opposite directions.

Step 2

The solution to overcome this situation is to block or divert the air flow from the opposing force side of the blade.

Our patent protected system, is the only dual vertical wind system with a deflector (diversion) shield.

Step 3

A second turbine placed on the opposing side further increases the efficiency of the design.

Our Technology

Design Benefits

  1. Automatic alignment to the wind, ensuring the system stays optimal with max wind force from all directions.

  2. A performance increase by naturally creating a Venturi effect between the turbines.

  3. Results have shown start up rotation speed in 3-4 mph winds creating low voltage power at 5-6 mph (12 – 24 volts) winds, perfect for battery storage or EV charging.

  4. With expanding blade lengths, we can develop torque to turn low resistance axial flux generators and produce 120 volts + for input at 8-10 mph to ensure grid-tie applications.

  5. The requirement for traditional 30-60 foot poles to capture high winds are not required, resolving the expense of very high poles with high service charges.

  6. At a height of 10-20 feet, costs and services are kept to a minimum. Our system meets city requirements of staying within the fall line of adjoining properties.

Two large black rooftop satellite antennas mounted on metal frames on a brick building roof, with electrical and communication wiring and equipment below, against an overcast sky.

Rooftop Wind Applications

Elevate your commitment to sustainability with our rooftop wind turbines. These compact and efficient turbines are designed to thrive in urban environments.

A tower with a large wind turbine, a solar panel, and a weather sensor or camera mounted on it. There are yellow protective posts and a small tree in the foreground, with a clear blue sky and trees in the background.

Ground Mounted Wind Applications

Unlock the energy potential on your land's surface with our ground-mounted wind turbines. These high-performance systems maximize energy production while preserving the beauty of your open landscapes.

A series of large speakers mounted on a trailer, set up outdoors in a grassy field, with a pickup truck, a white car, and a small red vehicle nearby, under a partly cloudy sky.

Off-Grid Rural Wind Applications

Our wind turbines are the key to energy independence in remote locations like ranches and cabins. Experience the freedom of off-grid living while enjoying the comforts of clean, reliable power.