Airiva is a modular, scalable and smart wind energy system consisting of an array of vertical wind turbines within a contemporary frame.The elevated design plays a meaningful role in adoption and integrates within the architecture and infrastructure of our urban and suburban landscapes to bring clean energy closer to where we live and work. Coexisting with and complementing other technologies, the generated electricity can be used directly on site, stored or fed into the grid. The wind energy system can be utilized in a broad diversity of applications. These include urban & built environments, commercial buildings & campuses, air, road & rail infrastructure networks, harbors & coastal areas.

Airiva is a modular, scalable and smart wind energy system consisting of an array of vertical wind turbines within a contemporary frame. Airiva utilizes the principles of good design and aesthetics to help audiences expand the way they view renewable energy resources. Design and aesthetics are not often a significant driver in the renewable energy sector, but can play a valuable role in expanding public adoption. Traditional wind turbines require large, dedicated mounting masts and infrastructure, and are not well suited to be integrated in urban and suburban landscapes. Airiva opens up new opportunities for wind energy and brings it closer to where we live and work.

Key benefits include: • Visually compelling design provides a powerful representation of renewable energy. • Modular, scalable and adaptable to site specific needs. • System and site information can be remotely monitored for geographically distributed installations. • Manufacturing targeted to use a minimum of 80% recycled materials to address circularity. • Designed for mass manufacturing and global transport. • Compatible with other distributed energy technologies. • Airiva’s targeted LCOE is competitive both in the USA and internationally against other smaller scale distributed energy resources. • Quiet and safe, Airiva systems are suitable for a broad diversity of installation environments.