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 29, 2012
Construction completed on Las Vegas’ newest performing arts center
The Smith Center will be the first major multi-purpose performance center in the U.S. to earn Silver LEED certification.
| Mar 28, 2012
Milestone reached for LEED-certified buildings?
Total number of major global green buildings now stands at 12,000.
| Mar 26, 2012
Los Angeles County to host free green building training
Opportunity for residential and commercial building professionals to gain insight on state and county green building standards and regulations.
| Mar 26, 2012
Ball State University completes nation's largest ground-source geothermal system
Ball State's geothermal system will replace four aging coal-fired boilers to provide renewable power that will heat and cool 47 university buildings, representing 5.5-million-sf on the 660-acre campus.
| Mar 21, 2012
10 common data center surprises
Technologies and best practices provide path for better preparation.
| Mar 20, 2012
Stanford’s Knight Management Center Awarded LEED Platinum
The 360,000-sf facility underscores what is taught in many of the school’s electives such as Environmental Entrepreneurship and Environmental Science for Managers and Policy Makers, as well as in core classes covering sustainability across the functions of business.
| Mar 13, 2012
Commercial glazer Harmon expanding into Texas
Company expanding into the Texas market with a new office in Dallas and a satellite facility in Austin.
| Mar 13, 2012
Worker office space to drop below 100-sf in five years
The average for all companies for square feet per worker in 2017 will be 151 sf, compared to 176 sf, and 225 sf in 2010.
| Mar 12, 2012
Improving the performance of existing commercial buildings: the chemistry of sustainable construction
Retrofitting our existing commercial buildings is one of the key steps to overcoming the economic and environmental challenges we face.
