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The Proximity Enhanced Energy harvesting project focuses on creating micro energy harvesters that convert human motion into electrical energy. Utilizing innovative magnetic and electrostatic mechanisms, these devices aim to power wearable and medical technologies efficiently.
Proximity Enhanced Energy harvesting of multi-axis motion (ProxEE) is a proposal to design, model, fabricate and test a class of inertial micro energy harvesters that convert multidimensional and non-periodic human motion into electrical energy for powering body worn and medical devices.
The harvester uses a spring-less spherical magnetic proof mass to capture kinetic energy from the user, after which an array of transducer ‘cells’ employing a novel actuation method are used to convert the mecha…
ALBERT-LUDWIGS-UNIVERSITAET FREIBURG
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