Local and urban wind power currently faces three major obstacles: noise pollution, the deadly danger to birds, and the need to shut down the turbines during storms to prevent mechanical failure. Furthermore, conventional turbines are poorly adapted to turbulence and the geometry of buildings or local terrain.
The Solution
Our technology reinvents access to wind energy through a smart, secure, and resilient enclosed architecture designed to integrate anywhere. It is based on three key innovations:
Adaptive and protective fairing: Unlike bare blades, our wind turbine is fully integrated into a fairing that channels the airflow, eliminates whistling noise at the blade tips, and mak »We are providing a concrete, safe and aesthetically pleasing solution to the challenge of decentralized energy autonomy. We are now seeking to collaborate with [architects / urban planners / industrial partners] to integrate our first modules and demonstrate that a wind turbine can be powerful, silent and fully integrated into its environment. »es the installation 100% harmless to birds. The external geometry of this fairing is designed to perfectly adapt to the architectural or topographical constraints of the installation site.
Counter-rotating double rotor: The interior houses two sets of blades rotating in opposite directions on the same axis. This configuration naturally cancels out dynamic torques, drastically reduces vibrations, and allows for superior efficiency, even in light or turbulent winds.
Variable air intake regulation (All wind ranges): Where other wind turbines must shut down for safety reasons, ours continues to produce energy. In strong winds, the system mechanically reduces the opening of the two intake vents. By partially closing them, the turbine regulates the internal airflow, protects its structure, and withstands storms without ever stopping.
Key Advantages (Added Value)
Urban and Landscape Integration: Silent and compact thanks to its streamlined design, it can be easily installed where traditional wind turbines are unsuitable (rooftops, lightweight pylons, industrial areas).
Preserved Biodiversity: With the blades enclosed within the structure, there is zero impact on birdlife (birds and bats).
Maximized Productivity (Extended Range): Continuous production, from light breezes to storms, thanks to the progressive closure of the air intakes, which prevents overspeeding.
Mechanical Reliability: Reduced vibration and stress on the mountings thanks to force compensation through counter-rotation.
4. L’Appel à l’Action
« We are providing a concrete, safe and aesthetically pleasing solution to the challenge of decentralized energy autonomy. We are now seeking to collaborate with [architects / urban planners / industrial partners] to integrate our first modules and demonstrate that a wind turbine can be powerful, silent and fully integrated into its environment. »
