Replicate
Presently I recommend replicating the following excess energy technology:
Piezo element:
Here’s perhaps the simplest experiment to replicate. *Highly* shielded and *undisturbed* piezo elements and some diodes produce well over 1 volt. The present record is 7.5 volts. Connect an efficient LED and mechanical tilt switch to a piezo element, all inside a shield with a small hole for the LED. About one time per day tilt the device so as to discharge the piezo across the LED to see if flash.
Parts list:
- One piezo element; e.g., part number PKM13EPYH4000-A0, $0.53.
- One efficient red LED, part number TLCR5800, $0.27
- One Metal Ball Ice Cube Tilt Switch, purchased at Surplus Electronics Sales for $0.60 each.
- Any size Hammond diecast Aluminum chassis. Small ones are ~ $7.
Total: $8.40 + S&H. I do *not* sell these parts. I am not making any money from this. These parts are purchased at various stores– mouser.com, radioshack.com, and surplus-electronics-sales.com. I have no affiliation with these companies.
Gently connect all of the components to each other. If you're going to solder, then quickly dab the soldering iron on the wires. Otherwise you'll severely disturb the piezo element, in which case it could take anywhere from days to weeks to recover. If you twist the wires together by hand, then use rubber gloves. You can use the efficient LED to determine the polarity of the piezo element. It's best to get a few of piezo elements to use one as the polarity test because you'll most likely disturb the piezo element in determining the polarity. If you get the polarity wrong, then you'll have to reverse the piezo element. One all of the parts are connected to each other, then place them inside the Hammond chassis. Tape the efficient LED against the hole such that you can see the LED flash. Screw down the chassis lid. Give the setup at least 24 hours to recover. It's extremely easy to disturb these components. Recovery time can take anywhere from a few days to a few months. When the entire setup is tilted, the tilt switch will close the circuit, and the piezo will discharge through the LED, which you will clearly see in a pitch dark room. You might want to give your eyes 5 to 10 minutes to adjust to the pitch dark room. Although, in all of my experiments the piezo has lighted the red LED so bright that it’s viewable in a normally lighted room. Here's the circuit -->
Contact me for further experiments and details.
Created on 2010-08-25 17:01:16 by EnergyMover
Free energy, Free energy devices, Science