Building-integrated wind turbine technology has been receiving a lot of heat for not being able to deliver what it promises in terms of energy production.
Fast Co. Exist profiles a system that places the turbines where they can actually turn. The WindRail was designed in Zurich, Switzerland, where there isn’t enough space for a wind or solar park. Sitting between a building’s façade and the roof edge, the system combines wind and solar energy harvesting, taking advantage of the building’s air flows, even if it's in the middle of a city.
The system was developed by the Anerdgy. “When wind flows around the building, it creates a pressure difference between the façade and the rooftop. The façade has a higher wind pressure,” CEO of Anerdgy Sven Koehler told Fast Co. Exist. “Because we are channeling the wind and making a connection between the high and low pressure areas, the speeds are faster and we have more energy.”
Koehler, an engineer and economist, came up with the idea with the help of his parents. After years of research, he came up with the WindRail System and started the company in 2012.
According to the company, pressure effect accounts for 50% of the power the WindRail generates. The device comes in two meter modules and can generate 1,500 to 2,000 kWh a year. For comparison, the average U.S. home uses 10,837 kWh a year, Fast Co. Exist reports.
Related Stories
| Mar 1, 2012
AIA: A clear difference, new developments in load-bearing glass
Earn 1.0 AIA/CES learning units by studying this article and successfully completing the online exam.
| Mar 1, 2012
7 keys to ‘Highest value, lowest cost’ for healthcare construction
The healthcare design and construction picture has been muddied by uncertainty over the new healthcare law. Hospital systems are in a bind, not knowing what levels of reimbursement to expect. Building Teams serving this sector will have to work even harder to meet growing client demands.
| Feb 28, 2012
Roofing contractors recognized for workmanship
Sika Sarnafil announces Project of the Year winners; competition highlights visually stunning, energy efficient, and sustainable roofs.
| Feb 28, 2012
LUMEnergi names Weinbaum president and CEO
Weinbaum’s experience spans communications, nanotechnology, electronics components, consumer products, semiconductors, software, wireless and lighting.
| Feb 28, 2012
Griffin Electric completes Medical University of South Carolina project
The 210,000-sf complex is comprised of two buildings, and houses research, teaching and office areas, plus conference spaces for the University.
| Feb 22, 2012
Siemens earns LEED certification for Maryland office
The Beltsville facility, which also earned the ENERGY STAR Label for energy performance, implemented a range of energy efficiency, water conservation and sustainable operations measures as part of the certification process.
| Feb 21, 2012
SMPS announces Build Business 2012 keynote speakers
National conference set for July 11–13 in San Francisco.
| Feb 20, 2012
Comment period for update to USGBC's LEED Green Building Program now open
This third draft of LEED has been refined to address technical stringency and rigor, measurement and performance tools, and an enhanced user experience.
| Feb 17, 2012
Tremco Inc. headquarters achieves LEED Gold certification
Changes were so extensive that the certification is for new construction and not for renovation; officially, the building is LEED-NC.
