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SNAPS Project Aims to Power World with Human, Animal, and Machine Movement

Imagine powering your devices with a simple walk or the hum of machinery. That's the goal of the SNAPS project, harnessing movement's energy for a sustainable future.

In this image we can see a machine. In the background there are electric poles, electric cables,...
In this image we can see a machine. In the background there are electric poles, electric cables, barriers, plants and sky.

SNAPS Project Aims to Power World with Human, Animal, and Machine Movement

Researchers from multiple universities, including the University of Münster and the University of Vienna, are collaborating on the SNAPS project. Their goal? To create a sustainable energy system that generates electricity from human, animal, and machine movements. The project aims to reduce dependence on batteries and power outlets.

The SNAPS system consists of a small generator and matching electronics. These components work together efficiently to adapt voltage, making the system suitable for various applications. It can monitor machines and plants, and even supply energy to tracking chips in dairy farming.

The project seeks to harness the power of movement. Whether it's human footsteps, animal motion, or the hum of machinery, the SNAPS system converts available mechanical energy into usable electricity. This innovative approach could pave the way for self-sufficient and sustainable energy solutions.

The energy harvesters in the SNAPS system are designed with expansion in mind. They can be easily scaled up in size, allowing for increased energy production as needed.

The SNAPS project brings together experts from diverse fields. The University of Münster contributes through interactive learning and One Health research, while the University of Saarland develops lung research platforms that integrate clinical pharmacy and microbiology. This multidisciplinary collaboration aims to advance research and potentially replace animal testing.

The SNAPS project, involving universities like the University of Münster and the University of Vienna, is developing a sustainable energy system. It generates electricity from movement, is designed to be self-sufficient, and has potential applications in various sectors. With its innovative approach and multidisciplinary collaboration, the project holds promise for a future less reliant on traditional power sources.

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