generating 2200 kW of free energy right in your backyard

Self-sufficiency is changing the energy landscape in America, and its potential is both vast and diverse. Experts even suggest it could mean the end of large-scale oil exploration. But the next big thing could make solar panels obsolete. That innovation is the wind fence, a device that can be installed in your garden to generate electricity, revolutionizing how you can support sustainability at home. The best part? Its design is not only innovative, but also visually appealing.

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As the renewable energy market becomes a fast-moving train, a revolutionary newcomer is set to revolutionize urban energy generation. The healthy and innovative renewable energy in the form of a “wind fence” was designed by world-famous designer Joe Doucet for Airiva.

The Airiva wind fence is therefore a perfect example of how form and function can be one and the same. It uses vertical wind turbines with a peculiar helix, making them look a bit like strands of DNA or Italian fusilli pasta. The turbines are about two metres high, and their slender square ‘wall segments’ can be connected to create a fence of any length.

The design process was therefore intense, Doucet and his team performed sixteen configurations blades before reaching the helix. This shape was developed after wind tunnel testing with a dynamic model at the University of Washington. It becomes a dynamic and enjoyable work sculpture that is worth building.

2200 kW of “silent” energy instead of bothersome solar panels: This new invention is perfect for your garden

Another advantage worth mentioning in the case of the Airiva wind fence is its appearance. Unlike the bold-looking conventional wind turbines or solar panels, the Airiva system is non-urban and can therefore be easily integrated into the architectural surroundings. The movement of the blades is in the form of a continuous stream of trafficwhich provides an aesthetic concept.

The Airiva wind fence is designed to be a modular system that can be scaled up as needed. The blades are constructed like a fence, with each standard unit containing eight blades. Key technical specifications and system performance metrics include:Key technical specifications and system performance metrics include:

• Height: about 14 feet (4.27 meters).
• Width: about 7 feet, or 2.13 meters.
• Annual energy production: 2200 kW for the standard unit.
• Maximum output power:The rated power of the identified power supply prototype is 10 kW for a wall with 25 vertical turbines.
• Noise level:It works without excessive noise and only makes a spinning sound as if it is gently turning.

From Early Development to Future Commercialization Plans: A Journey Through Airiva Wind Turbines

The Airiva wind fence was developed in 2021 after Joe Doucet presented his first concept known as the “Wind Turbine Wall”. The positive response to the idea forced Doucet to bring in tech industry veteran Jeff Stone to Airiva.
Since the team was formed, the project has been refined over two years of engineering, development and testing.

Airiva is almost ready to bring the company’s wind fence technology to market. The company’s roadmap includes:

• Full-scale prototype testing:The plan for the end of this year is to install two wall sections with four turbines each, as well as an “end hub” for controls, communications and power.
• Pilots-clients:Scheduled for the second half of calendar year 2024.
• First commercial orders: It is assumed to be swallowed in 2025.

Similarly, the company uses windbreaks for desalination and tries to make them very cheap, so that they are easily accessible. In this regard, Airiva is still looking for partners to help commercialize the product.

This Airiva Wind Fence it may be the end solar panelsor rather, their ideal complement. The future will depend on such inventions that put the functional factor first, combining energy efficiency with diversification. Can you imagine having solar panels together with a modern wind turbine like this one? That’s what the company has developed, thinking about a future where self-sufficiency is the norm, not the exception. Inventions like this make us optimistic about a future without fossil fuels.