Solar Attic Fans

New patent pending enhanced design will ventilate up to 4300 square feet of attic space with a single fan. The new, patent pending, Smooth-air Deflector in the shroud of the fan produces a smoother air flow and increases exhaust performance by up to 30% from previous models. This next generation solar powered attic fan is our most powerful and efficient model yet.

 

Remove heat and moisture, reduce energy usage, protect your home and roof and reduce premature aging of roof shingles with the addition of a roof or gable-mounted Solar Attic Fan.

Cools your attic and reduces energy usage in the summer months

The Professional Series Solar Powered Attic Fan 9930TR effectively reduces attic heat build-up in the summer months and moisture in the winter months. With 43% of air conditioning base on high attic temperatures frequently up to 160F, lowering attic heat typically lowers air conditioning run-time.

 

Installing a Solar Powered Attic Fan will help remove the heat build-up in your attic and bring your attic’s temperature down closer to the ambient outside temperature.

 

The reduction in attic temperature will also benefit the homeowner by preserving and extending the life of the roofing and attic construction materials. Additionally, hot air in your attic can then heat the metal exterior of your HVAC ductwork and consequently heat the air passing through it, causing your air conditioner to work even harder.

In the winter months, the building materials in your attic can absorb up to 28 gallons of moisture, contributing to mold and mildew growth. Moisture migrates into the attic space from daily activities such as running the dishwasher, showers and cooking. Additionally, warm attic air meeting the cold roofing materials creates condensation, which drips onto the attic insulation causing it to lose its effectiveness. Warm attics in winter also contribute to ice damming as the snow melts on the roof and re-freezes at the eaves, causing water to accumulate.

 

Installing a Solar Powered Attic Fan will allow for better air flow and moisture control inside your attic and prevent the condensation which can lead to mold and mildew problems.

 

Approved by Florida Building Codes and Texas Department of Insurance to withstand severe weather*.

* with solar panel remote mounted

A cost-effective, easy to implement solution for maximum results

Specifically tailored for the do-it-yourselfer and standard installations can typically be completed in a single afternoon. If you choose not to install the product yourself, U.S. Sunlight has a nationwide network of certified installers who can help. For details, or to find an installer near you, call:877-50-USSUN

 

• • Easy to Install
• • A simple upgrade to existing static vents to quickly utilize active, solar powered ventilation
• • Eligible for 30% federal tax credit
• • National network of preferred, certified installers available

Award winning solar attic fan

• • “Best of Show” out of over 100,000 products at 2011 National Hardware Show
• • “Best Sustainable Product of 2011” by BUILDERnews
• • “Hot 50 Product of 2013” by Green Builder media

• • Engineered to be the most efficient solar attic fan line on the market
• • Only solar attic fans compatible with the Solar Controller for a hybrid power option and electronic thermostat and humidistat
• • 20 year warranty included on the ABS dent, fade, and rust resistant shroud and hail-resistant solar panel.
• • Commercial grade construction withstands hurricanes and tornadoes – complies with Florida Building Codes and approved by the Texas Department of Insurance

Quick Connect

Includes our new Quick Connect adapter which enables easier connection to Solar Controller Modules.

SmoothAir Deflector

Features the patent pending SoothAir Deflector for increased airflow and efficiency.

Our Solar Attic Fans are designed and tested to withstand high wind and pressure in the most severe weather conditions. In fact, our Solar Attic Fans can endure a structural load of over 150 psf (pounds per square foot) Here is a quick comparison to a typical hurricane with the estimated wind load: