The Tesla generator was invented by Nikola Tesla, this site holds the latest information on the device.
U.S. Patent No. 685,957
There has been great focus lately on Tesla’s experiment plans regarding the use of radiant energy for providing a sustainable, free power source. The Serbian genius had built numerous working devices that were recognized by the US patent office, his “Method of Utilizing Radiant Energy” being one of the most important ones ever shown to the public.
Tesla’s wireless energy was once hailed as bogus however those days are over, Tesla’s radiant energy technology is now starting to be used all around us. Did you know that Tesla lit scores of light bulbs from a power source hundreds of miles away?
This may not seem astounding until you find out that there was “no direct contact between the bulbs or the power source“, the current was actually conveyed via wireless technology.
Surely this is impossible? Well actually “no” this was in fact a reality, a recent modern example is the electric toothbrush, next time take a look at the latest models. They charge with “no” direct contact, in fact there is plastic between the brush and the charger.
The schematics presented by Tesla along with the instructions and details are quite conclusive, and relatively simple, many people claiming that they had achieved excellent results by putting them into practice. What do Tesla’s experiments in this regards entail, however, and how can you use the knowledge gained from his work in order to build your own working, 100 % free energy source?
The Basis of the Tesla Generator Experiment
First of all, it is important to clarify what the “radiant energy” terminology actually entails. Tesla generally referred to this term when designing his radiant energy receiver as pointing basically to the same phenomena as the terms “cosmic rays” or “static electricity”. Basically they all involve the same principle: the fact that they provide an unlimited amount of electric charge, and can be harnessed for producing consistent amounts of electric current.
Tesla’s research plans state that certain radiations can charge and discharge electric conductors, by throwing off small particles with extremely high charges which may be able to perform this task. The process is somewhat lengthy, however, depending on the scale of the experiment, and as such should be treated with great care in regard to the components and parts used. The particles can be gathered from the environment, the sun’s rays being an optimal source; or they can be artificially created with the help of a Roentgen tube or an arc lamp, for example.
The principle of the Tesla generator is largely simple: using a highly polished, insulated surface, Tesla built an antenna to capture these highly charged particles and guide them to charge a large capacity condenser over a certain amount of time.
The condenser’s second connector was linked to the ground, which is the best available source for negative electricity. The current basically keeps flowing into the condenser as long as the insulated area is exposed to the radiant energy source, and eventually creates a powerful discharge that can be safely harnessed to power various electrical or electronic devices.
Now, the materials used are also highly important when it comes to achieving the best performances. Tesla offers a significant amount of detail in this regard, and many people have formulated their own opinions and speculations regarding which types of materials (and shapes) can best be used for building an antenna that would easily capture radiant energy particles, producing the maximum amount of current possible.
Important Details about Tesla’s Radiant Energy Receiver
Now, the general schematics that Teslas experiment plans involve are basically simple to understand, however, when building a large scale device, there may be some important considerations to take into account.
First of all, the Serbian inventor emphasizes the importance of using a condenser of significant electrostatic capacity that will not be damaged during the discharge. This is perhaps one of the most significant aspects you need to account for when working with your own large scale experiments.
The antenna is basically a polished metal plate, and the insulation that Tesla used was high quality mica with the purpose of avoiding any type of unwanted events involving high electrical pressure during the discharging process.
Some consider that the best type of antenna would be shaped either as a pyramid or a sphere, and that metal generally isn’t able to absorb enough energy to provide a viable source of electricity. Instead, materials such as limestone or asphalt may be able to absorb far larger quantities of the energy, providing a better charge.
In most cases, however, experts state that Tesla’s research plans provide more than enough information on how to gain a desirable amount of free energy, and all that needs to be done is to follow his instructions precisely.
Modern applications of the device are increasingly more complicated, but use the same simple principle as described in Tesla’s research. One of the newer features presented is the use of diodes. These are essentially small components built out of semiconductor materials that conduct electricity only in one direction, while offering high resistance in the other direction.
Some of the more advanced versions of the Tesla generator can use several antennas and various complex circuits in order to maximize efficiency and performance rates. The good news, however, is that whichever type of schematic you use, whether you want to recreate Tesla’s patent entirely, or assemble some of the newer models available, the components can all be found at a relatively low price. You can either purchase them from your local electronics store, or choose to order them online.
The general performance of the device is determined by the height, shape and manufacturing quality of the antenna, the type of circuit you use and the overall quality of all the parts. Some people state that they have managed to construct a viable working version of this generator that can provide some excellent results, and that can lower electricity costs considerably.
Tesla who had worked with both George Westinghouse and Thomas Edison continued his research on the matter during his later years, and managed to achieve positive results, as well. Unfortunately, much of his work has been kept “safe” for many years for various reasons, and has not been revealed to the public until quite recently. Otherwise, we would probably have benefited from the numerous advantages brought by his research a long time ago.
Nevertheless, as Tesla’s experiment plans continue to be better understood by scientists and experts all around the world, there is great hope that, in the future, everyone can eventually be able to make their own free power sources.