Gallery of Clean Energy Inventions Exhibit - with setup details
The Gallery of Clean Energy Inventions Exhibit exhibits 45 generators, 23 advanced self-powered electric vehicle innovations, 27 radioactivity neutralization methods, 25 space travel innovations, 20 technical solutions to water shortages, and a torsion field school network. The exhibit also includes 26 movie posters and 98 fantastically colorful Hubble Space Telescope images. The exhibit can be installed in conventions, festivals, and any suitable public buildings such as universities, city halls, museums, shopping malls, and libraries.
The Gallery of Clean Energy Inventions Exhibit exhibits 45 generators, 23 advanced self-powered electric vehicle innovations, 27 radioactivity neutralization methods, 25 space travel innovations, 20 technical solutions to water shortages, and a torsion field school network. The exhibit also includes 26 movie posters and 98 fantastically colorful Hubble Space Telescope images. The exhibit can be installed in conventions, festivals, and any suitable public buildings such as universities, city halls, museums, shopping malls, and libraries.
Create successful ePaper yourself
Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.
Electrostatic Frequency Generator<br />
A 48-rod electrostatic frequency generator (shown) <strong>of</strong> only milliwatts is based on the principle that a<br />
charged object causes the migration <strong>of</strong> opposite charges on the surface <strong>of</strong> any object brought close<br />
to it. In the illustration, when the 110 volts AC goes positive, negative charges are drawn from earth<br />
ground to the sphere which is not connected to the 110V mains.<br />
When the 110V AC goes negative, positive charges are drawn from<br />
ground (not shown). In the schematic below the hot plug prong <strong>of</strong><br />
110V AC is connected to a brass rod. The other plug prong is<br />
grounded. A coil <strong>of</strong> wire is wrapped around the rod. One end <strong>of</strong> the<br />
coil is not connected. The other end <strong>of</strong> the coil is connected to the hot<br />
terminal <strong>of</strong> a diode bridge. Static electricity flows one way and<br />
then the other way through the coil as a result <strong>of</strong> the 110V’s alternating voltage on the rod. No current is<br />
drawn from the 110V mains. The coil’s alternating current is rectified to DC voltage by the diode bridge.<br />
A different two-rod design lights a five-watt LED array – sufficient for trickle charging a battery.
Change language