Tesla Father of the TPU-Part 2

[boguslaw]

We only need to measure possible radiations :
- neutrons
- alfa,beta,gamma
- x-rays
-uv
-radio waves

and that's all. The rest could be tested using plant nearby device.

[David Fine]

Wonju

Very cool thread!!! Thanks for sharing!!!

[wonju]

Leonid Volkov

Does anyone have look at the work done by Mr. Volkov?

[wonju]

Conspiracy And Suppression Of Fe Technology In Colleges

When I was 18 years old, I graduated from a vocational school in industrial electronics. While studying electrical engineering in college (about 25 years ago) I also worked as a technician repairing and building electronics prototypes. Presently, I am a licensed electrical engineer with a good understanding in physics and electrical circuits.

One of the most difficult electrical subjects that I encountered is “grounding”. Most electrical engineers never really master this subject. I am speaking based on my own experience with colleagues who are seniors with 50+ years of electrical engineering practice. These engineers do not really design grounding systems but instead copy over a grounding design from previous projects or use tables without truly understanding their limitations.

Power books just tell the importance of grounding power systems by stating that dangerous over voltages can be induced in ungrounded systems capable of breaking the insulations of electrical machines such as transformers, motors, etc. In one relay protection book, the over voltage of the ungrounded system is explained as caused by the resonance of the LC circuit formed by the cable inductances and the capacitance with respect to ground when a circuit breaker opens. But still, the books point out that there are unpredictable (and dangerous) over voltages in a steady state ungrounded power system. The design of ungrounded power systems require the monitoring and protection against these over voltages.

I was very surprised when I found the answer to this "problem" in a Tesla patent No. 685,957 “Apparatus For The Utilization Of Radiant Energy” dated November 05, 1901.

In this patent, Tesla explains that a capacitor with one terminal connected to ground and the other terminal connected to a metal plate will continuously charge up indefinitely until the dielectric strength of the insulator in the capacitor is broken. This is exactly the case for ungrounded transmission line systems. If the secondary of the transformer connected to the transmission lines is not grounded, the isolated secondary of the transformer forms a capacitor with respect to the grounded enclosure and iron core. The radiant energy, as explained by Tesla, will eventually charge up the parasitic capacitance in the secondary winding until the transformer insulation breaks leaving it permanently damaged.

Then I asked the following question, why such important information that directly affects the design of today’s electrical power systems is not mentioned in the books?

I strongly believe this is not a coincidence. This information is suppressed because it immediately leads to the concept of the utilization of free energy. One may ask, if this free voltage is induced, could its energy be tapped?

Thanks!

Wonju

[boguslaw]

When I was 18 years old, I graduated from a vocational school in industrial electronics. While studying electrical engineering in college (about 25 years ago) I also worked as a technician repairing and building electronics prototypes. Presently, I am a licensed electrical engineer with a good understanding in physics and electrical circuits.

One of the most difficult electrical subjects that I encountered is “grounding”. Most electrical engineers never really master this subject. I am speaking based on my own experience with colleagues who are seniors with 50+ years of engineering practice. These engineers do not really design grounding systems but instead copy over a grounding design from previous projects or use tables without truly understanding their limitations.

Power books just tell the importance of grounding power systems by stating that dangerous over voltages can be induces in ungrounded systems capable of breaking the insulations of electrical machines such as transformers, motors, etc. In one relay protection book, the over voltage of the ungrounded system is explained as caused by the resonance of the LC circuit formed by the cable inductance and the capacitance with respect to ground when a circuit breaker opens. But still, the books point out that there are unpredictable over voltages in a steady state ungrounded power system. The design of ungrounded power systems require the monitoring and protection against these over voltages.

I was very surprised when I found answer to this "problem". The answer can be found in a Tesla patent No. 685,957 “Apparatus For The Utilization Of Radiant Energy” dated November 05, 1901.

In this patent, Tesla explains that a capacitor with one terminal connected to ground and the other terminal connected to the metal plate will continuously charge up indefinitely until the dielectric strength of the insulator in the capacitor is broken. This is exactly the case for ungrounded transmission line systems. If the secondary of the transformer connected to the transmission lines is not grounded, the isolated secondary of the transformer forms a capacitor with respect to the grounded enclosure. The radiant energy as explained by Tesla will eventually charge up the parasitic capacitance in the secondary winding until the transformer insulation breaks leaving it permanently damaged.

Then I asked the following question, why such important information that directly affects the design of today’s electrical power systems is not mentioned in the books?

I strongly believe this is not a coincidence. This information is suppressed because it immediately leads to the concept of the utilization of free energy. One may ask, if this free voltage is induced, could its energy be tapped?

Thanks!

Wonju

I'm not electrician at all but here is what I think :it is interesting what you state about ungrounded system especially comparing the Tesla words about grounded capacitor. But I understand your point that the second plate of this capacitor is grounded enclosure. Now important question : did you saw such a failure in ungrounded systems without grounded enclosure ? or maybe there are not used for large electric system ? (I commonly use electronic circuit in plastic box ungrounded). Maybe it is not important to have grounded enclosure ?
Tesla proved that every object is a capacitor related to Earth ground and it's capacitance depends on elevation. I would highly welcome repeating his experiments in scientific manner with controlled and adjusted air pressure column between object and ground.
My idea is that :
- capacitance to ground vary in time and due air pressure , temperature and various other factors
- long transmission lines are affected by cosmic rays (indirectly) and full of various wavelength stationary radio waves we called "noise"
- sometimes the interference occur and stationary wave forms standing wave with rising amplitude

- this somehow interact with capacitance to ground and seeks the weakest point to dissipate to ground


Please bear with me I'm not an expert in RF. Would be interesting to comprehend how radio waves can overcharge parasitic capacitance. Is that related to RLC circuit frequency ?

[wonju]

boguslaw;197605]I'm not electrician at all but here is what I think :it is interesting what you state about ungrounded system especially comparing the Tesla words about grounded capacitor. But I understand your point that the second plate of this capacitor is grounded enclosure. Now important question : did you saw such a failure in ungrounded systems without grounded enclosure ? or maybe there are not used for large electric system ? (I commonly use electronic circuit in plastic box ungrounded). Maybe it is not important to have grounded enclosure ?

The main goal for having a grounded system is personal safety. If the equipment enclosure is non-conductive or plastic, there is no reason to ground the enclosure. Even when the enclosure is plastic, it is considered a good engineering practice to bring the grounding conductor with the line.

On the other hand, some electronics equipment do require a ground as a reference. The problem with these equipment is that they are very sensitive to any parasitic voltage induced in the cable used as ground. That is why an isolated grounding conductor is run from the first point of entry of first panelboard. The isolated grounding conductor is dedicated to these sensitive equipment and it is not connected to the enclosure of general purpose equipment such as motors, HVAC, etc.

Tesla proved that every object is a capacitor related to Earth ground and it's capacitance depends on elevation. I would highly welcome repeating his experiments in scientific manner with controlled and adjusted air pressure column between object and ground.

I am not sure what you are referring to in this paragraph. But capacitance is a physical property that exists between two or more objects. The objects do not need to be good conductors. For instance, I remenber that I used to calculate the approximate capacitance of a human body and earth. In other words, if the objects are capable of establishing an electric field between them, then, there is a capacitance. There is an analogy between the capacitance and the inductance. If there is a current flow and a magnetic field exists, then, there is an inductance. Please, note that the electric current does not need to be flowing within a conductor for the magnetic field to exist. A current flow in space also produces a magnetic field around the flow.

Recall that the capacitance between two objects is based on the area of the objects, the separation distance, and the property of the non-conductive material between them (dielectric). In the case that you mentioned above, the dielectric is the air which properties depend on the environmental conditions you mentioned.

My idea is that :
- capacitance to ground vary in time and due air pressure , temperature and various other factors
- long transmission lines are affected by cosmic rays (indirectly) and full of various wavelength stationary radio waves we called "noise"
- sometimes the interference occur and stationary wave forms standing wave with rising amplitude

- this somehow interact with capacitance to ground and seeks the weakest point to dissipate to ground

Most of the objects have capacitance with respect to ground. Even good insulator such as plastic can be charged (electrostatic charge) by friction.

The intensity of the radiant energy falling on the earth also changes. This energy can go off the scale when solar storms occur. They are known for damaging entire utility power systems.

Please bear with me I'm not an expert in RF. Would be interesting to comprehend how radio waves can overcharge parasitic capacitance. Is that related to RLC circuit frequency ?

I am not an expert in RF either. However, I do not expect RF (transverse electromagnetic waves) to play a significant power role. Radiant energy is much more powerful and interesting.

Thanks!

[SERG V.]

http://realstrannik.ru/media/kunena/...ts/310/TPU.RAR



TPU inogda1 free energy 3 / 4 - YouTube
TPU inogda1 free energy 2 / 4 - YouTube
TPU inogda1 free energy 1 / 4 - YouTube

TPU

FreeEnergyLT / FreeEnergyLT
FREE ENERGY !!!! FREE INFO !!!! FREE PEACE !!!! - The Free Energy In Every Free Home !!!!

[wonju]

FREE ENERGY !!!! FREE INFO !!!! FREE PEACE !!!! - The Free Energy In Every Free Home !!!!

How do you know there is an actual power gain? If you are measuring marginal power gains, it is more likely that there is an error in the measured data. Make sure your volt/amp meters are designed to measure power gains for the type of voltage and current waveforms generated by the circuit being tested.

Thanks for the information!!!

[wonju]

When I was 18 years old, I graduated from a vocational school in industrial electronics. While studying electrical engineering in college (about 25 years ago) I also worked as a technician repairing and building electronics prototypes. Presently, I am a licensed electrical engineer with a good understanding in physics and electrical circuits.

One of the most difficult electrical subjects that I encountered is “grounding”. Most electrical engineers never really master this subject. I am speaking based on my own experience with colleagues who are seniors with 50+ years of electrical engineering practice. These engineers do not really design grounding systems but instead copy over a grounding design from previous projects or use tables without truly understanding their limitations.

Power books just tell the importance of grounding power systems by stating that dangerous over voltages can be induced in ungrounded systems capable of breaking the insulations of electrical machines such as transformers, motors, etc. In one relay protection book, the over voltage of the ungrounded system is explained as caused by the resonance of the LC circuit formed by the cable inductances and the capacitance with respect to ground when a circuit breaker opens. But still, the books point out that there are unpredictable (and dangerous) over voltages in a steady state ungrounded power system. The design of ungrounded power systems require the monitoring and protection against these over voltages.

I was very surprised when I found the answer to this "problem" in a Tesla patent No. 685,957 “Apparatus For The Utilization Of Radiant Energy” dated November 05, 1901.

In this patent, Tesla explains that a capacitor with one terminal connected to ground and the other terminal connected to a metal plate will continuously charge up indefinitely until the dielectric strength of the insulator in the capacitor is broken. This is exactly the case for ungrounded transmission line systems. If the secondary of the transformer connected to the transmission lines is not grounded, the isolated secondary of the transformer forms a capacitor with respect to the grounded enclosure and iron core. The radiant energy, as explained by Tesla, will eventually charge up the parasitic capacitance in the secondary winding until the transformer insulation breaks leaving it permanently damaged.

Then I asked the following question, why such important information that directly affects the design of today’s electrical power systems is not mentioned in the books?

I strongly believe this is not a coincidence. This information is suppressed because it immediately leads to the concept of the utilization of free energy. One may ask, if this free voltage is induced, could its energy be tapped?

Thanks!

Wonju

I JUST WANTED TO POST A DOCUMENT THAT SHOWS MORE DETAILS ABOUT THE ISSUES OF UNGROUNDED POWER SYSTEMS