Products

We provide several types of attic cooling systems to fit both your home and your budget.

The SOLAR VORTEX GV consists of a solar powered fan that moves super heated air out of your attic space at 750cfm. This system uses a 40W solar panel and attaches easily to your existing louvered gable vents. It's available with an optional battery backup so the system will run past peak sunlight and a thermostat that switches on and off above and below 100 degrees. Solar Powered Louvered Gable Vent System

The SOLAR VORTEX GV2 consists of 2 solar powered fans. One mounted on the coolest side of your house that pushes ambient air into your attic space and one mounted on the opposite side that pulls air out of your attic space. Both fans move air at 750cfm. This system is 15% more efficient than the single fan system because of the steady flow of air from one end to the other. This system uses a 80W solar panel and attaches easily to your existing louvered gable vents. It's available with an optional battery backup so the system will operate past peak sunlight and a thermostat that switches on and off above and below 100 degrees. Solar Powered Gable Vent System

The SOLAR VORTEX TR replaces your existing turbine fan. Simply remove your current turbine fan from the 12" or 14" pipe attached to the roof and attach the replacement assembly with 9" solar powered fan. The system uses a 40W solar panel and a fan that moves air at 750cfm. It's available with an optional battery backup so the system will operate past peak sunlight and a thermostat that switches on and off above and below 100 degrees. Solar Powered Turbine Fan Replacement

The SOLAR VORTEX TR2 replaces your existing dual turbine roof mounted fans. Simply remove your current turbine fans from the 12" or 14" pipes attached to the roof and attach two replacement assemblies with 9" solar powered fans. The dual fan system uses two 40W solar panels. The dual fans each move air at 750cfm are more efficient because they move super heated air out of the attic space at two locations. It's available with an optional battery backup and will operate past peak sunlight and also has a thermostat that switches on and off above and below 100 degrees. Solar Powered Turbine Fan Replacement

SOLAR VORTEX EV This advanced evaporative cooling system consists of a solar powered fan, solar powered pump, and water retaining element. The pump provides controlled water flow to the element. The fan pulls air through the element to cool the air moving through the attic space. This system doubles the cooling capacity of the Solar Vortex GV, and Solar Vortex TR. It's available with an battery backup so the system will operate past peak sunlight and a thermostat that switches on and off above and below 100 degrees. Solar Powered Fan With Evaporative Cooling

Why Existing Systems Don't Work

It's easy to understand why current systems don't work. They don't move enough air and they only operate during peak sunlight. In order to equalize attic temps to ambient temps you must move air at a rate of 1500cfm for an average attic space and the system must operate beyond peak sunlight hours. The Second Law of Thermodynamics states that heat can spontaneously flow from a higher-temperature region to a lower-temperature region, but not the other way around. In the case of turbine vents you can easily observe this law. Even when the wind is not blowing the turbine fans are moving. The super heated air in the attic space is spontaneously flowing from a higher-temperature region (attic space) to a lower-temperature region (ambient space). Although super heated air is flowing out of your attic space it's not flowing enough to decrease temps in your attic to ambient temps. Even with a steady 40MPH wind these vents will not move enough air. Existing solar powered attic fans use only 15W solar panels and they only operate during peak sunlight. They are not even as efficient as turbine systems. In order to see significant savings on your power bill you must move super heated air out and ambient air in at a steady rate of at least 1500CFM for an average attic space and the system must operate for several hours after peak sunlight.. If you cool that air before you move it inside, you will see even greater savings. The Law Of Thermodynamics