The installation of RavenWindow smart window technology was recently completed at the U.S. Department of Energy’s Research Support Facility (RSF) on the campus of the National Renewable Energy Laboratory (NREL).
The self-tinting heat-activated filter allows solar heat into the building when it is desired, such as on a sunny winter day. Then, it blocks the sun when it’s not desired, such as on a hot summer day. Unlike window blinds, when the window is in the tinted state and blocking solar heat from entering the building, the occupants still can see outside and enjoy the view. Because of the energy savings, reduced glare and increased occupant comfort provided by managing the solar heat gain, the window swill also be installed at the RSF expansion wing, to be completed in late 2011.
“We are very pleased to have concluded the first ever installation of RavenWindow technology, and we could not have asked for a better first customer,” said Alex Burney, CEO of RavenBrick LLC.
“By adopting RavenWindow in this prestigious building, DOE and NREL have made a significant contribution to the creation of vital jobs in the clean-tech economy. This is an encouraging example of the merits of public and private sector partnership,” added Burney. BD+C
Related Stories
| Dec 13, 2013
Safe and sound: 10 solutions for fire and life safety
From a dual fire-CO detector to an aspiration-sensing fire alarm, BD+C editors present a roundup of new fire and life safety products and technologies.
| Nov 26, 2013
4 ways smart buildings can reduce carbon footprints: JLL report
Smart building technology has the potential to reduce global energy use dramatically, and is already changing how we live and work, according to Jones Lang LaSalle’s latest report,The Changing Face of Smart Buildings: The Op-Ex Advantage.
| Nov 8, 2013
Can Big Data help building owners slash op-ex budgets?
Real estate services giant Jones Lang LaSalle set out to answer these questions when it partnered with Pacific Controls to develop IntelliCommand, a 24/7 real-time remote monitoring and control service for its commercial real estate owner clients.
| Oct 18, 2013
Meet the winners of BD+C's $5,000 Vision U40 Competition
Fifteen teams competed last week in the first annual Vision U40 Competition at BD+C's Under 40 Leadership Summit in San Francisco. Here are the five winning teams, including the $3,000 grand prize honorees.
| Sep 19, 2013
What we can learn from the world’s greenest buildings
Renowned green building author, Jerry Yudelson, offers five valuable lessons for designers, contractors, and building owners, based on a study of 55 high-performance projects from around the world.
| Sep 16, 2013
Study analyzes effectiveness of reflective ceilings
Engineers at Brinjac quantify the illuminance and energy consumption levels achieved by increasing the ceiling’s light reflectance.
| Sep 16, 2013
Forty-three percent of energy leaders will invest more in efficiency next year (infographic)
Forty-three percent of energy leaders say their investment in energy efficiency next year is projected to be more than it was last year, according to survey results released today by Schneider Electric. Twenty-two percent said their projected investment would stay the same, and 10 percent reported their investment would be less than last year.
| Sep 4, 2013
Smart building technology: Talking results at the BUILDINGChicago/ Greening the Heartland show
Recent advancements in technology are allowing owners to connect with facilities as never before, leveraging existing automation systems to achieve cost-effective energy improvements. This BUILDINGChicago presentation will feature Procter & Gamble’s smart building management program.
| Jul 16, 2013
Robotics: A new way to demolish buildings
A robot prototype uses water jets to break up concrete structures and then sucks up the water and debris for reuse and recycling.
| Jun 18, 2013
Report: HVAC occupancy sensors could slash building energy demand by 18%
Researchers at the DOE's Pacific Northwest National Laboratory conclude that significant energy savings can be achieved by varying ventilation levels based on the number of people in a given space.
