FREE ENERGY GENERATORS

FREE ENERGY GENERATORS

Intro: Free Energy Generators

Edit (7 years later): Hello all, I comprehend that the data in this instructable is particularly flawed. There are many motives why I could have detected great voltages in the collection units I demonstrated, such as harvesting strength from radio waves, generating a voltage from the Diodes from itself to capacitors, or even the centric absorption. I’ve also learned quite a bit about physics and electronics on account that I first wrote this, and I have come to take delivery of that there is no such factor as clearly free energy or over unity or anything like that. However, I am leaving this instructable up as greater of a “historical” reference type of aspect due to the fact I poured a lot of work into it and it might be fascinating for some people still.

These instructions are my third instructions and it’s about making a free energy generator. Now, if you are some of those stubborn humans that do not assume this is proper or that it works, GO LOOK AT SOMETHING ELSE due to the fact this is not for you. So a little background on the man I used for a picture: his name is Nikola Tesla, he was once born on July 10, 1856, he died on January 7, 1943, he used to be born in the Austrian empire. Nikola was additionally the world’s leading scientist and continues to be today in spite of what all of us else says. Unfortunately, after he died, the big electricity companies almost wiped Nikola from history due to the fact of his free electrical energy inventions. If you favor being aware of more, examine the book: Tesla a man out of time.


Step 1: Components and Parts

The predominant factors are listed below, take observe that the form of the particular components is listed in the assembly part.
Components:
-electrolytic capacitors
-ceramic capacitors
-diodes
-antenna*
-ground connection

You can gather these turbines on a breadboard or solder the pieces.
*the development of the antenna is the subsequent step, although it has to be constructed in a certain way

Step 2: Antenna Making

The image is notably self-explanatory. Get a piece of cardboard that is around 1 foot through 1 foot. Get a piece of aluminum foil the dimension of your cardboard square. Then staple each corner of the foil to the board the use of staples. If you are like me and do not like going backyard or don’t have the time to mount the antenna, then grasp it in a room someplace and join it to a generator. If you have the time and like going outside, put it on a pole at least 10 toes excessive off the ground. In addition, some non-insulation materials, which maintain antenna, are made like PVC pipes. Refer to the 2d photograph if you want help.

Step 3: Grounding Connection

The grounding connection is pretty easy to make. There are two methods to do it. Number one: (the indoor way) get a long wire, strip off one inch from each side, halfway unscrew the screw on the outlet cover, wrap one of the stripped ends around the screw once so it makes a flat coil, screw the screw returned in. This is the way I did it, barring I used my room’s light switch cover. The 2nd way: (the outside way) get a long, skinny metal pole about 2 feet long and stick it almost all the way into the ground, if you want to then use a hammer to do it, then join a one stop of a stripped wire to the little bit sticking out of the ground. That is the way I did now not use due to the fact I don’t like going outside. So there are two strategies for making a grounding connection, but I recommend the usage of the first way due to the fact the cover is professionally grounded. Just DO NOT put the wire in any of the outlet holes or you may die. I take no accountability in any injury or death or injury that might show up if you were to dull to examine the previous sentence.

Step 4: Energy Device #1

This is likely the most simple free power generator you could make. I endorse this to beginners. For the capacitor, I endorse any capacitance from 100uf to as excessive as you can get it. WARNING, this is a horrific generator to build because I don’t suppose it can make greater than 1 volt. Just observe the schematic to build it. I examined it and it makes a little much less than .1 volts and it makes less than .1 milliamps. Just to inform you, the charging time for the check used to be 5 minutes. I used a 100uf, 25-volt cap. I give credit score to guyfrom7up for this generator.

Step 5: Energy Device #2

This is possibly the 2nd most simple free electricity generator you should make. I endorse this to novices with more electrical knowledge. For the capacitor, I recommend any capacitance from 100uf to as excessive as you can get it. WARNING, this is one of the worst generators you can build, and it is worse than the first one, and I do not assume it can make more than 1 volt either. Just follow the schematic to build it. I tested it and it makes almost zero volts and it makes way less than .1 milliamps. Just to inform you, the charging time for the check was 5 minutes. I used a 100uf, 25-volt cap, and a silicon diode.

Step 6: Energy Device #3

This is probably the other second most basic free strength generator you may want to make. I advocate this to beginners with electrical knowledge. For the capacitor, I suggest any capacitance from 100uf to as excessive as you can get it. WARNING, this is the different worst generator you can build, and it’s worse than the first one, and I don’t assume it can make greater than 1 volt either. Just observe the schematic to construct it. I examined it and it makes almost 0 volts, like #2, and it makes way much less than .1 milliamps. Just to inform you, the charging time for the check used to be 5 minutes. I used a 100uf, 25-volt cap, and two silicon diodes.

Step 7: Energy Device #4

This is now not as fundamental as the first three. I recommend this to opening intermediates. For the capacitor, I suggest any issue from 100uf to as high as you can get it. This is the satisfactory generator in this instructable. Just comply with the schematic to build it. I tested it and made it twice 0.8 times and 0.3 mm. That occurred due to the fact you have to discharge the capacitors individually. Just to inform you, the charging time for the take a look at was 5 minutes. This is my favorite one due to the fact it makes extra electricity in 5 minutes than the next one. It offers you two bursts, so you may want to flash an LED with it twice. I used two 100uf, 25-volt caps, and two silicon diodes. To get one blast of greater electrical energy from this, connect a wire to the poor that I’m speaking about, and a wire to the superb that I’m speaking about. Then you will get one blast of extra strength if you get the polarity right. I supply the deposit of this generator to it that guy because I noticed this on his instructable.

Step 8: Energy Device #5

This is not as basic as the previous ones. I advocate this to intermediates. For the capacitor, I endorse any capacitance from 100uf to as high as you can get it. This is the 2nd fantastic generator to build since it is one of the most efficient. Just follow the schematic to build it. I examined it and it makes like .7 volts and it makes like .4 milliamps (higher than the different ones). Just to tell you, the charging time for the test used to be 5 minutes. This is my other favorite one because it almost makes the most electricity, and I designed it; the funny issue is that I designed it and then found the genuine designs on the internet. I also used this to cost up to a 2.4-volt battery overnight, and it charged up to 2 volts, so it is genuinely good. I used a 100uf, 25-volt cap, and 4 silicone diodes.


Step 9: Energy Device #6

This is a superior free energy generator that you should make. I propose this for the advanced. For electrolytic capacitors, use two 100uf, 50volt cap. For ceramic capacitors, use two 0.2uf, 50volt cap. For the diodes, use four 1N34 germanium diodes. My results weren’t exact because I improvised and used two 100uf, 25volt electrolytic caps; two 0.2uf, 50volt ceramic caps, four silicone diodes, and a ground connection as a substitute for an antenna. After 5 minutes of testing, I received less than 0.1 volt and less than 0.1 milliamps. So this suggests that you have to use the right components. The location has been I saw the schematics for this stated that it produces like 2 volts. This also indicates that strength gadget #1 and #5 are the best.

Step 10: Theory of Operation

This is in all likelihood the most colorful section of the instructable. So I will be explaining my idea of how it works, and if you want, you can time tour and ask Nikola if my concept is right. So we will be using electricity device # 5. Let’s imagine that the sky is basically positively charged, however, has some bits of terrible in it; and the floor is mainly negatively charged, but has some bits of superb in it. So collect antenna, what is in the sky, and collect the connection of Earth connection to the ground. So as shown in the second picture, The gathered fees are separated by means of the diodes and put into the capacitor to store. If you have each antenna and ground, it expenses quicker than if you solely use one. So where do the charges come from you may ask? The charges come from the sun. As proven in the 0.33 picture, the solar has a corona which is a white, electrically charged layer around the sun. So as it extends into space, it gradually thins out into a lot of streams of electrically charged particles known as solar wind. Now our earth has a magnetic subject which deflects nearly all of the solar wind, but extremely small amounts of it pass thru the magnetic shield. That makes the charges as shown in image one. Since the sky receives charged, the floor additionally gets charged oppositely by means of legal guidelines of physics. The mills separate the charges and put them to exact use by charging a capacitor.

Step 11: Cool Mods

So there are some cool modifications and stuff that you ought to do with the turbines you just created. One is put one of the turbines inner a 9-volt battery case to make a self-recharging battery. Another is to short out the capacitor with an LED offering that the voltage is excessive enough. Another is to charge a rechargeable battery as a substitute for a capacitor. Post a remark for a cool mod or a question or a generator that I don’t have posted.

1 Comment

  1. Hey very nice blog!! Man .. Beautiful .. Amazing .. I’ll bookmark your web site and take the feeds also‚ĶI’m happy to find a lot of useful info here in the post, we need develop more strategies in this regard, thanks for sharing. . . . . .

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