Design and construct power generator system
This project aims to study the basic principles of Radiant energy, the design and fabrication of a power generator that leverage on Radiant energy based on John C. Bedini's Simple School Girl (SSG) circuit and to observe if result of a different design approach would differ to John C. Bedini...
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sg-ntu-dr.10356-602302023-03-04T18:15:43Z Design and construct power generator system Lee, Mark Shao Fu Khong Poh Wah School of Mechanical and Aerospace Engineering DRNTU::Engineering::Mechanical engineering::Prototyping This project aims to study the basic principles of Radiant energy, the design and fabrication of a power generator that leverage on Radiant energy based on John C. Bedini's Simple School Girl (SSG) circuit and to observe if result of a different design approach would differ to John C. Bedini's Original Simple School Girl (SSG) Energizer which obtained a Coefficient of Performance (COP) more than 1. (Bedini J. , johnbedini) John C. Bedini has been able to build a self-sustaining machine since 1984 by leveraging on Radiant energy from the vacuum. Radiant energy which was first discovered by Nikola Tesla showed limitless flow of energy as long as one knows the way to capture and store it. The technology behind capturing Radiant energy known to date is to charge batteries using voltage spikes. (Gezecki, 2004) The voltage spike reported by John C. Bedini was able to restore dead batteries too. Two experiments were carried out to verify the COP and the revival of dead battering using the new power generator. The first experimental results obtained to calculate COP from the new design power generator was not able to obtain more than COP>1 and it performed worse than the Original Bedini's Simple School Girl (SSG) Energizer. The second experimental results showed that the new power generator using voltage spikes to charge the batteries was able to restore and revive dead batteries. Bachelor of Engineering (Mechanical Engineering) 2014-05-26T02:52:39Z 2014-05-26T02:52:39Z 2014 2014 Final Year Project (FYP) http://hdl.handle.net/10356/60230 en Nanyang Technological University 66 p. application/pdf |
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DRNTU::Engineering::Mechanical engineering::Prototyping Lee, Mark Shao Fu Design and construct power generator system |
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This project aims to study the basic principles of Radiant energy, the design and fabrication of a power generator that leverage on Radiant energy based on John C. Bedini's Simple School Girl (SSG) circuit and to observe if result of a different design approach would differ to John C. Bedini's Original Simple School Girl (SSG) Energizer which obtained a Coefficient of Performance (COP) more than 1. (Bedini J. , johnbedini)
John C. Bedini has been able to build a self-sustaining machine since 1984 by leveraging on Radiant energy from the vacuum. Radiant energy which was first discovered by Nikola Tesla showed limitless flow of energy as long as one knows the way to capture and store it.
The technology behind capturing Radiant energy known to date is to charge batteries using voltage spikes. (Gezecki, 2004) The voltage spike reported by John C. Bedini was able to restore dead batteries too.
Two experiments were carried out to verify the COP and the revival of dead battering using the new power generator.
The first experimental results obtained to calculate COP from the new design power generator was not able to obtain more than COP>1 and it performed worse than the Original Bedini's Simple School Girl (SSG) Energizer. The second experimental results showed that the new power generator using voltage spikes to charge the batteries was able to restore and revive dead batteries. |
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Khong Poh Wah |
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Khong Poh Wah Lee, Mark Shao Fu |
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Final Year Project |
author |
Lee, Mark Shao Fu |
author_sort |
Lee, Mark Shao Fu |
title |
Design and construct power generator system |
title_short |
Design and construct power generator system |
title_full |
Design and construct power generator system |
title_fullStr |
Design and construct power generator system |
title_full_unstemmed |
Design and construct power generator system |
title_sort |
design and construct power generator system |
publishDate |
2014 |
url |
http://hdl.handle.net/10356/60230 |
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1759856726226501632 |