Typically, “wind energy” conjures up images of massive turbines in large fields or out at sea. Aeromine Technologies has created a bladeless wind energy system that sits on the rooftops of commercial properties and provides onsite renewable energy. The motionless system integrates with a building’s existing electrical and rooftop solar systems.
In January, AEC Angels, an investment platform focused on emerging technologies in the architecture, engineering, and construction sectors, announced that it has endorsed Aeromine and that AEC Angels member Thornton Tomasetti has invested in the Houston-based company. AEC Angels is an alliance of industry veterans that evaluate and invest in early-stage companies with promising technological advances. Its members also include STO Building Group, Syska Hennessy, and SHoP Architects.
“Aeromine’s proprietary and innovative technology makes the promise of bringing the performance of wind energy to the built environment a reality that can increase on site generation 100-200% for any given project when paired with solar and battery storage,” Grant McCullagh, director at Thornton Tomasetti and AEC Angels’ managing director, said in a statement.
Building-integrated wind turbine with zero external moving parts
Aeromine has no external moving parts and no vibration. Like airfoils on a race car, the technology captures and amplifies a building’s airflow. Needing 10% of the roof space used by solar panels, the stationary and silent Aeromine unit can generate energy at any time and in any weather. Aeromine systems typically comprise 20-40 units on a building’s edge, facing the predominant wind direction.
Aeromine Technologies says its system is up to 50% more productive than other renewable energy alternatives. Combining Aeromine with rooftop solar can generate up to 100% of a building’s onsite energy needs, while reducing the need for energy storage.
Companies piloting Aeromine’s technology include BASF Corporation, which is testing the wind energy system at its manufacturing plant in Wyandotte, Mich.
Here is how the bladeless wind energy system works:
Related Stories
| Mar 26, 2014
Callison launches sustainable design tool with 84 proven strategies
Hybrid ventilation, nighttime cooling, and fuel cell technology are among the dozens of sustainable design techniques profiled by Callison on its new website, Matrix.Callison.com.
| Mar 25, 2014
Sydney breaks ground on its version of the High Line elevated park [slideshow]
The 500-meter-long park will feature bike paths, study pods, and outdoor workspaces.
| Mar 21, 2014
Forget wood skyscrapers - Check out these stunning bamboo high-rise concepts [slideshow]
The Singapore Bamboo Skyscraper competition invited design teams to explore the possibilities of using bamboo as the dominant material in a high-rise project for the Singapore skyline.
| Mar 7, 2014
Thom Mayne's high-tech Emerson College LA campus opens in Hollywood [slideshow]
The $85 million, 10-story vertical campus takes the shape of a massive, shimmering aircraft hangar, housing a sculptural, glass-and-aluminum base building.
| Feb 27, 2014
Target converts former prison dump into latest big-box store
Target's new San Rafael, Calif., location was built on the site of the former San Quentin prison dump.
| Feb 20, 2014
5 myths about cross laminated timber
A CLT expert clears up several common misconceptions and myths surrounding the use of wood as a building material.
| Feb 17, 2014
GBI to Offer AIA Approved Course Free for 60 Days to Train New Green Globes Professionals
The Green Building Initiative™ (GBI) announced today that between Feb. 13 and April 15 it will provide free access to its online certification course for Green Globes Professionals™ (GGPs). GGPs help guide building projects in achieving Green Globes® ratings, awarded for environmentally-focused design and construction.
| Feb 14, 2014
Must see: Developer stacks shipping containers atop grain silos to create student housing tower
Mill Junction will house up to 370 students and is supported by 50-year-old grain silos.
| Feb 4, 2014
World's fifth 'living building' certified at Smith College [slideshow]
The Bechtel Environmental Classroom utilizes solar power, composting toilets, and an energy recovery system, among other sustainable strategies, to meet the rigorous performance requirements of the Living Building Challenge.
| Jan 30, 2014
Mayors of 10 metros unite to cut building-related climate pollution
Organizers say combined initiative could cut as much climate-change pollution as generated by 1 million cars every year, and lower energy bills by nearly $1 billion annually.