Efficient energy generation from gravity


Wednesday, 09 December, 2015

Efficient energy generation from gravity

Architect Janjaap Ruijssenaars, from the Netherlands-based Universe Architecture, has developed a method to generate free energy in a sustainable way. The patent-pending technique, which sees energy released by perpetually unbalancing a weight, offers an alternative to solar and wind technology.

“Intuitively, I thought that gravity must have something to offer, given that everything is drawn to Earth,” explained Ruijssenaars. “By unbalancing a weight at the top that is only just stable, using little force, a large force is created at the bottom at a single point. The idea was that this should yield something.”

Ruijssenaars developed the invention alongside scientists Theo de Vries and Jan Holterman. According to de Vries, the use of gravity increases the energy yield from the so-called piezo method — which converts mechanical pressure into electrical energy — from 20 to 80%.

“Ruijssenaars literally turned the method on its head, as a result of which we, as scientists, have started to look at this method in a new light,” de Vries said. “Everything that is currently offered as mechanical energy will actually be useful, thanks to the invention.”

Professor Beatriz Noheda, from the University of Groningen, believes that piezoelectric energy harvesting is part of our future. She therefore welcomes this increase in efficiency, stating, “In situations where we cannot work sustainably with solar modules, we may well be able to use this new technique.”

De Vries and Holterman, both of whom work at engineering company VIRO, will be working with Ruijssenaars to find practical applications for the technique. Potential uses might include the manufacture of a sustainable phone charger, a generator for lighting in homes and much more.

Image credit: PRNewsFoto/Universe Architecture.

Related News

Biofortified rice to combat vitamin B1 deficiency

New research has focused on improving vitamin B1 content in the endosperm of rice — the...

Higher levels of CO2 increase lifespan of airborne SARS-CoV-2

Carbon dioxide is a major factor in prolonging the life of SARS-CoV-2 variants present in tiny...

Energy-friendly ammonia production for fertilisers and fuel

To help reduce ammonia's energy footprint, researchers set out to create a reaction that can...


  • All content Copyright © 2024 Westwick-Farrow Pty Ltd