A new solution for generating clean energy in urban environments has been developed by New York designer Joe Doucet. This barrier, made up of vertical wind turbines, can generate 2,200 kW of energy annually. Its modular and aesthetically attractive design makes it ideal for adoption in hotels, corporate buildings and residences.
Innovative wind turbine barrier generates 2,200 kW of silent energy
Wind energy is a crucial part of the renewable energy mix that countries have adopted as they transition to a future without fossil fuels. To maximize energy gain and efficiency, original equipment manufacturers (OEMs) are building increasingly larger turbines for large installations.
This has made it difficult for wind energy to participate in distributed energy generation, similar to how solar panels can be installed on roofs, gardens and balconies.
Innovation in distributed energy
In 2021, Doucet was researching distributed energy products for wind power and found few viable options. So he designed a new efficient and aesthetically pleasing product: the Wind Turbine Wall. Working with Airiva, a company co-founded with Jeff Stone, Doucet tested 16 vertical turbine blade designs down to three final versions that were tested in wind tunnels.
Efficiency and energy production
After rigorous testing at two facilities in the United States, the team determined that the helical structure of the turbine blades was the most efficient. Although this is not the first time helical blades have been used in a vertical turbine, Airiva has made significant progress in how to maximize the benefits by placing multiple blades operating simultaneously.
In a standard configuration, with eight precisely arranged helical blades, the Wind Barrier generates approximately 2,200 kilowatts of energy annually.
Residential Applications and Potential
For the average home in the United States, five Wind Barrier units would be needed to completely eliminate dependence on the electrical grid. Each unit measures approximately 4.2 meters high by 2.1 meters wide.
Airiva does not seek to sell its product to residential customers. Since the concept was presented in 2021, corporations, public institutions and real estate firms have shown interest in installing it in their facilities.
The silent movement of wind turbines not only makes clean energy generation aesthetically pleasing, but also helps companies demonstrate their commitment to a greener planet. Airiva plans to use 80% recycled material in its production.
Advantages of Distributed Energy Systems
The solution is modular and multiple units can be installed to increase energy production in a facility. Although the Wind Barrier cannot match the energy production of a large horizontal turbine, Airiva does not have that goal. The advantage of distributed energy systems is the reduction of energy losses during transmission, since it is generated close to the site of use.
Airiva is still some distance away from installing its units commercially. Custom pilots could happen this year, with the first orders coming in 2025.
This innovation represents a significant advance in the integration of wind energy into urban landscapes, offering an efficient and aesthetically attractive solution for the generation of clean energy.
More information: airiva.com
If you liked this article, share it with your friends on social networks. Thank you!
