Over the next decade, revenue from wireless sensor sales worldwide for installation and use in commercial structures is expected to increase at a compound annual rate of 16.5%, a projection that reflects the expanding demand for products that provide intelligent building solutions via the Internet of Things.
A new report from the market research firm Navigant, entitled “Wireless Sensors for Commercial Buildings,” estimates that global sensor sales will reach $188.2 million this year, and increase to $745.2 million by 2025.
“Sensors capture, communicate, and may even analyze energy and operational data,” the report states. “The resulting useful information will direct fundamental changes in operations that lead to energy efficiency improvements with substantial cost savings.”
Asia-Pacific and European markets are expected to experience the highest demand growth, whereas demand in North America will increase more modestly.
Despite the fact that last year’s Internet of Things World Forum was held in Dubai, the Middle East in general, along with Africa and Latin America, are not seen by Navigant as markets where there will be a high penetration of wireless sensors in the foreseeable future.
Related Stories
| Jun 27, 2013
Thermal, solar control designs can impact cooling loads by 200%, heating loads by 30%
Underestimating thermal bridging can greatly undermine a building’s performance contributing to heating load variances of up to 30% and cooling load variances of up to 200%, says the MMM Group.
| Jun 20, 2013
Virtual meetings enhance design of University at Buffalo Medical School
HOK designers in New York, St. Louis and Atlanta are using virtual meetings with their University at Buffalo (UB) client team to improve the design process for UB’s new School of Medicine and Biomedical Sciences on the Buffalo Niagara Medical Campus.
| Jun 14, 2013
Purdue, industry partners test light steel framing for seismic safety
A partnership of leading earthquake engineering researchers from top U.S. and Canadian universities and design professionals from the steel industry have begun the final phase of a three-year project to increase the seismic safety of buildings that use lightweight cold-formed steel for their primary beams and columns.
| Jun 11, 2013
Finnish elevator technology could facilitate supertall building design
KONE Corporation has announced a new elevator technology that could make it possible for supertall buildings to reach new heights by eliminating several problems of existing elevator technology. The firm's new UltraRope hoisting system uses a rope with a carbon-fiber core and high-friction coating, rather than conventional steel rope.
| Jun 4, 2013
SOM research project examines viability of timber-framed skyscraper
In a report released today, Skidmore, Owings & Merrill discussed the results of the Timber Tower Research Project: an examination of whether a viable 400-ft, 42-story building could be created with timber framing. The structural type could reduce the carbon footprint of tall buildings by up to 75%.
| May 30, 2013
5 tips for running a successful BIM coordination meeting
BIM modeling tools are great, but if you can't run efficient, productive coordination meetings, the Building Team will never realize the benefits of true BIM coordination. Here are some helpful tips for making the most of coordination meetings.
| May 28, 2013
LED lighting's risks and rewards
LED lighting technology provides unique advantages, but it’s also important to understand its limitations for optimized application.
| May 20, 2013
4 emerging trends in parking structure design
Survey of parking professionals reveals how technology is transforming the parking industry.
| May 17, 2013
5 things AEC pros need to know about low-e glass
Low-emissivity glasses are critical to making today’s buildings brighter, more energy-efficient, and more sustainable. Here are five tips to help AEC professionals understand the differences among low-e glasses and their impact on building performance.
| May 17, 2013
University labs double as K-12 learning environments
Increasingly, college and university research buildings are doing double duty as homes for K-12 STEM programs. Here’s how to create facilities that captivate budding scientists while keeping faculty happy.
