A free energy collector circuit helps to convert surrounding radio frequency waves to electric power and can provide 40 watts to 10 watts indefinitely.
The circuit concept
An option to increase the output power is achievable through proper set-up of an antenna. Placing an antenna in a close proximity of a large metal object helps generate additional power.
The wire of an antenna should be more than 150 feet long, which has to be placed horizontally on a higher platform to derive the best result. The more the higher an antenna is set, the more it is able to act efficiently. However it is advisable to keep the circuit closer to an antenna.
The proposed free energy collector circuit on the other hand, also acts as a passive detector. As the large metal object passes wave, there is an increase in power. One major usage of this process is in the field of volcanic studies.
Selecting the antenna
The sensitivity of an antenna is capable to detect variation of energy from earth and is often used to receive warning signal for a possible seismic activity.
So it can be summed up that the placement of an antenna is very much crucial for a better output. Also one can use many of these circuits to construct and connect their inputs together, to produce ample energy to run electricity in a house. However to note, each unit needs their own antenna to construct the same.
The radio frequency power varies based upon a location. If the set-up location is close to a city or in close proximity to the transmitters, which generates high level of radio frequency; leads to an optimal performance.
If you are excited to generate free power at your house from the atmosphere, then you can perform some experiment with different length and size of an antenna.
Altitude is crucial
However keep in mind to place the antenna on a higher location for better result. During construction it is also necessary to keep in mind the earth ground of the circuit has to be properly conductive. The earth ground should also consist of metallic, conductive pipe or rod.
Circuit diagram
The circuit diagram of the energy harvesting device is shown in Figure 1.
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| Figure 1. | Schematic diagram of an energy harvesting device. |
Parts list
- All Diodes are 1N4148
- C1 – C8 = 0.22 µF/100 V mylar
- C9 – C16 = 33 µF/25 V electrolytic
Improving the free energy device
The following more comprehensive free energy deriving circuit design was forwarded to me by one of interested readers of this blog Mr. Prashanth Dhonde (Figure 2).
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| Figure 2. | Improved circuitry of the energy harvesting device. |
More info on the above design is presented in Figures 3.
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| Figure 3. | Antenna connection. |
One of my readers has build a BIG Board of these (Figure 4). He wrote:
“This arrangement provides serious power, enough to cause injury to, or kill a careless human. With two modules, It will light an LED very brightly, driving it to 2.6 volts. If the LED is removed, then the voltage climbs to about twenty volts and is easily sufficient to charge a 12 V battery or battery bank although that takes time. With twenty modules as 12 V battery can be charged over night. It is estimated that with two hundred modules, the power would be sufficient to power a household although that has not yet been done. It should be borne in mind that each module is easy and cheap to make, so arranging for a stack of them where additional modules can be added at a later date for more power, is an ideal arrangement.“
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| Figure 4. | Energy harvester printed circuit board. |
Check it out.
