Cynergy Blue explores whether controlled mechanical asymmetry can improve directional energy conversion within rotating systems — potentially contributing to future distributed and lower-emission power generation systems.
Defined by magnitude and direction, vector forces like gravity, electromagnetism, and mechanics are essential in field and particle interactions.
Designed for active engagement with vector forces, uDrive harnesses and converts their energy, transforming directional force into usable energy through its unique design.
Featuring springs, levers, gears, and cams, uDrive's unique design responds to vector forces in a non-linear fashion. This breaks the input force symmetry, creating a positive torque curve for output power generation.
Utilizing feedback loops, uDrive redirects part of its output to influence input, optimizing its response to vector forces for enhanced energy conversion and efficiency.
One More Thing: Rather than challenging the laws of physics, uDrive investigates whether nonlinear mechanical asymmetry may influence how energy is directionally converted and released within rotating systems.
Our energy innovation journey led to a dynamic uDrive prototype, embodying its core principles and rigorously tested at Empa — the Swiss Federal Laboratories for Materials Science and Technology.
Empa Rigorous Testing Results: Measuring a Repeatable One-Direction Torque Effect Under Controlled Conditions
Powering the Future with uDrive