High-Tech Awnings Optimize Benefits
Awning sensors and controls enable designers to improve comfort and increase efficiency
by balancing the use of sun and shade


Some days, there’s nothing more vitalizing than the sun’s warmth. Other days, cooling shade energizes with relief from the heat.

More than just a matter of personal comfort, research shows that managing the use of sun and shade can have a significant impact on a building’s energy efficiency.

And awnings with high-tech sensors and controls are making it easier than ever for homeowners to optimize these benefits.

 

When temperatures rise, solar gain – or the interior warmth generated by sunshine through windows – requires cooling systems to work harder. On hot days, shading windows with awnings can reduce cooling energy consumption by 25% or more, according to the Center for Sustainable Building Research at the University of Minnesota.

However, when it’s cold outside, solar gain reduces a home’s demand for heat. Allowing the sun to shine through on colder days can substantially reduce heating energy consumption.

The widespread use of sensing and control devices in commercial applications has driven product development and mass production. Now these technologies are accessible to the average homeowner.

By applying shade control technologies, the greatest benefit to homeowners is the potential to reduce heating and cooling bills, which account for 56% of energy consumed, according to the U.S. Department of Energy. “By managing solar gain – extending awnings when shade is beneficial, and retracting when not – homeowners can significantly reduce energy consumption, while improving home comfort,” says Michelle Sahlin, Managing Director of the Professional Awning Manufacturers Association (PAMA).

“People have learned to expect the convenience of push button control. Garage door openers, for example, used to be a luxury, but now are standard features in homes,” according to Steve Englund of G & J Awning and Canvas, Sauk Rapids, Minnesota. “Homeowners expect the same convenience with retractable awnings; the latest radio control devices are making this convenience more accessible to them than ever before.”

The ease of extending and retracting today’s awnings enables homeowners to better enjoy their benefits, including enhancing personal comfort and UV protection outdoors, and controlling internal temperatures and energy use.

The most advanced home-control devices employ wireless radio technology, eliminating the need for wiring between awnings and controls, and making installation quick and easy. Following is a sampling of wireless radio technology sensing and control devices that can help manage solar gain to optimize energy performance and comfort in homes.

• Sun sensor: Triggers the extension or retraction of awnings based on the sun’s intensity.

• Anemometer (wind-speed sensor): Measures wind speed, retracting awnings when speed exceeds preset thresholds.

• Motion sensor: Mounts on the front bar of an awning; when movement exceeds preset thresholds, awnings retract, protecting them from wind damage.

• Timer:
Extends and retracts awnings automatically each day, based on a schedule programmed by the user.

• Remote control: Extends and retracts awnings on user demand.

• Combination sensor: Combines benefits of two or more devices. For example, a combination anemometer and sun sensor allows awnings to extend to shade windows from bright sun, while retracting awnings in the event that wind conditions threaten damage.

Homeowners are encouraged to contact an awnings professional in their area to find a retractable awnings system to best fit their needs.

 

Visit our YouTube Channel for videos showing Retractable Awnings in action.

CHOOSING THE RIGHT AWNING

Several factors affect energy savings when you select awnings and fabrics
for your home.


STYLE | FABRIC | FEATURE



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