It is an air circuit powered by free energy from atmosphere.
The idea is simple, the air is filled with radio frequencies.
You can hear static electricity while the radio is on, even if you are in the middle of nowhere.
Because of this, when we establish a high energy branch that controls the power supply, the air may provide us with infinite power.
An antenna, a premium crystal diode (like a germanium diode), and capacitors are used in this circuit to illustrate the idea of obtaining energy out of thin air.
Even though it can not power a whole house, it is an interesting proof of concept.
Circuit Working:
Parts List:
| Category | Item | Quantity |
|---|---|---|
| Resistor | 220Ω | 1 |
| Capacitors | Ceramic 100pF | 4 |
| Electrolytic 100μF 25V | 4 | |
| Semiconductors | Germanium diodes 1N34A | 8 |
| LED Red 5mm 20mA | 1 | |
| Other Components | Antenna | 1 |
| Push button switch | 1 |
Locate a reliable antenna, any material may be used as an antenna, here roof mounted model is used, it functions well and is huge.
Any type of antenna will function generally speaking, though bigger is better.
Establish a solid ground link you may use the generally excellent ground connection in your home.
Additionally, we have used a metal stake buried in the ground (best in moist soil).
It would be beneficial if you also took the antennas height and breadth into account.
To start with components in this circuit there are several diodes D1-D8 and capacitors C1-C8.
In an electrostatic field, electrical energy may be stored in capacitors.
Electric current can only flow in one direction thanks to germanium diodes.
Radio waves, microwaves and even light waves are examples of the ambient electromagnetic waves that the antenna ANT is intended to pick up from the surroundings.
The energy that has been gathered is subsequently transferred through the diodes, perhaps rectifying the current into DC.
After that, the rectified current may be stored in the capacitors.
It looks like a basic switch made up of resistor R1 and push button.
It may light up the LED when pressed, allowing electricity to flow.
On the other hand, it is very likely that relatively little energy will be extracted from the environment.
It is unlikely that this circuit will generate enough useful energy to run a home or other equipment, much less an LED for any length of time.
Advantages Free Energy From Air Circuit:
The utilization of Free Energy From Air Circuit has the following benefits:
- The energy is affordable, safe, convenient and clean.
- There are no tailpipe emissions and a powerful electrical current is produced by a high energy branch.
- Production of electricity without pollutants.
- Because it is built of basic components, it is simple to maintain once produced.
- Pure, infinite power derived from graphene.
Formulas:
Though the quantity of energy that can be caught is usually extremely little, there are methods for building antennas to collect ambient electromagnetic waves, such as microwaves or radio waves.
This is what you can figure out for an antenna like that:
- Antenna Size and Shape:
For a targeted frequency range (f in MHz), you can calculate the half wave dipole antenna length (λ) using this formula:
λ = c / f
where:
- λ (lambda) is the wavelength in meters
- c is the speed of light (299,792,458 meters per second)
- f is the frequency in Megahertz MHz
Then, the half-wave dipole antenna is λ / 2 meters long.
Important Note: The formula for a simple dipole antenna has been simplified.
Depending on the required qualities, there are several alternative antenna designs with more intricate computations.
2. Capacitor Selection:
Capacitance C in Farads F would be chosen based on the desired voltage V and the amount of energy E to be stored using the formula:
E = 1/2 * C * V2
3. Diode Selection:
Diode selection depends on the expected voltage and current from the antenna.
Forward voltage drop and current rating of the diode are important factors.
How to Build:
To build a Simple Free Energy From Air Circuit following are the steps needed for connections:
- Gather all the components mentioned in the above diagram.
- Connect one terminal of C1 to the cathode anode junction of D1 and D2 diodes.
- Connect anode of D1 to the negative terminal of C3 and connect the cathode of D2 to the positive terminal of C3.
- Connect one terminal of C2 to the cathode anode junction of D3 and D4 diodes.
- Connect anode of D3 to the negative terminal of C4 and connect the cathode of D4 to the positive terminal of C4.
- Connect one terminal of C5 to the cathode anode junction of D5 and D6 diodes.
- Connect anode of D5 to the negative terminal of C7 and connect the cathode of D6 to the positive terminal of C7.
- Connect one terminal of C6 to the cathode anode junction of D7 and D8 diodes.
- Connect anode of D7 to the negative terminal of C8 and connect the cathode of D8 to the positive terminal of C8.
- Connect the antenna to the common terminals of C1 and C2 and C5 and C6.
- Connect the ground with the common terminals of C3 and C4 and C7 and C8.
- Connect an indicator LED across the negative and positive outputs of the circuit through a series resistor R1 and a series of push button.
- Connect the ground of the circuit to the earthing made by inserting a copper rod deep inside the soil.
Conclusion:
To conclude, one electron must go through each low potential branch and high potential branch in order for electron bifurcation to be successful.
At the moment, free energy is insufficient to stably power an entire home, but we can harvest energy from radio waves in this simple free energy from air circuit.
You may use the energy to power a few things at home once it has been collected.