Leaf Module Panel Systems
The exterior oscillating geometry consists of a marine fabric and a 3d printed structure. The exterior leaf form is connected back to a carriage riding on a linear slide rail. The carriage is attached to a belt system rotating a microgenerator producing energy back into the building. The module is a mix of an airfoil and sail allowing it to capture the wind flow with maximum surface area and oscillate back to lower position with speed due to its aerodynamic shape. The more wind applied the greater the oscillation and electrical production.
Standard Wall Panel (3' x 4')
This figure at right shows the internal system as noted with the linear slide rail carriage, belt system and inclusion of the extension springs. These springs allow for the module to return to a neutral position when turbulent or consistent wind flow is coming across the device. This mechanism supports the airfoil movement by allowing the module to appear to bounce on the exterior façade of the building emulating a leaf-like movement for a holistic aesthetic design, making the building a living tree.
Interior Carriage System
Urban Residential Building Visualization with Modules
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These modules work in concert with solar panels, like a trickle charger for the building storing energy on-site and produce energy day and night.
Mobile Testing Center Pilot with prototype mast extended at the University of Southern California (USC) for student engagement and demonstration. (10/18/2024)
(USPTO patent conversion in process as of 8/30/2024)