I uploaded the videos on Youtube:
Hello all technology lovers, I have a system that I'm currently working on. It is a high-level emp attenuation system that is faster, more redundant, and much cheaper that any other system.
There are EMP protection products already out there but they are limited to a certain frequency range, power rating, rise-time, and need extra components in order to stand up to the power of an EMP. "Why keep your old gas engine when you can get an electric one that is 5 times more powerful and cheaper.”
I'll list a few specifications here so that you can better understand the purpose of my system and how it is completely different from present configurations of other organizations:
What my system doesn't use that makes it cost effective, more redundant, and completely different:
No shunts, grounding, or EM filters needed.
No limit on frequency ranges or power levels produced by current technology when the correct components are supplied.
No delay in the attenuation response; the response is instantaneous.
No required connection type between “dirty” and “clean” connections.
No add-on components needed that add to the total cost; shunt capacitors, MOVs, resistors, secondary SASD arrays, feed-thru capacitors, or diodes of any kind are needed. (Created during the construction of the system)
No add-on transient protector or lightning arrestor. (Created during the construction of the system)
What my system has that makes it faster, more cost effective than current systems, and completely different:
Breakthrough in circuit-breaker technology
Encourages the predefined power but blocks out transient voltages. (Greater than 200kV per squared meter
Effective EMP and Solar Flare coverage. (Greater than 200kV and 3kA per squared meter)
Can be combined with any power system that has a power input.
Doesn’t interfere with the output power of the system needing protection.
No limit on the place of installation as long as the elementary characteristics of the components are met.
Works in any operating condition that does not go above the elemental ratings of the components.
No components to burn out in regular operating conditions or during predefined over voltage conditions.
Costs, for some applications, do not go above $800.
Only adjustments in the metallic and dielectric components are needed to fit the application, therefore, lowering the cost.
Will also be available to the general population. (Only protecting power stations doesn’t ensure the protection of server farms and consumer homes)
Because a ground is not needed, the risk of conducting a voltage from underground conductors is expelled.
Natural transient surge protectors and lightening arrestors are created during the construction of the system. (This is why add-on components are not needed)
Make sure to look at the description below the video for more information on forums and links. Tell me what you think.
Hello all technology lovers, I have a system that I'm currently working on. It is a high-level emp attenuation system that is faster, more redundant, and much cheaper that any other system.
There are EMP protection products already out there but they are limited to a certain frequency range, power rating, rise-time, and need extra components in order to stand up to the power of an EMP. "Why keep your old gas engine when you can get an electric one that is 5 times more powerful and cheaper.”
I'll list a few specifications here so that you can better understand the purpose of my system and how it is completely different from present configurations of other organizations:
What my system doesn't use that makes it cost effective, more redundant, and completely different:
No shunts, grounding, or EM filters needed.
No limit on frequency ranges or power levels produced by current technology when the correct components are supplied.
No delay in the attenuation response; the response is instantaneous.
No required connection type between “dirty” and “clean” connections.
No add-on components needed that add to the total cost; shunt capacitors, MOVs, resistors, secondary SASD arrays, feed-thru capacitors, or diodes of any kind are needed. (Created during the construction of the system)
No add-on transient protector or lightning arrestor. (Created during the construction of the system)
What my system has that makes it faster, more cost effective than current systems, and completely different:
Breakthrough in circuit-breaker technology
Encourages the predefined power but blocks out transient voltages. (Greater than 200kV per squared meter
Effective EMP and Solar Flare coverage. (Greater than 200kV and 3kA per squared meter)
Can be combined with any power system that has a power input.
Doesn’t interfere with the output power of the system needing protection.
No limit on the place of installation as long as the elementary characteristics of the components are met.
Works in any operating condition that does not go above the elemental ratings of the components.
No components to burn out in regular operating conditions or during predefined over voltage conditions.
Costs, for some applications, do not go above $800.
Only adjustments in the metallic and dielectric components are needed to fit the application, therefore, lowering the cost.
Will also be available to the general population. (Only protecting power stations doesn’t ensure the protection of server farms and consumer homes)
Because a ground is not needed, the risk of conducting a voltage from underground conductors is expelled.
Natural transient surge protectors and lightening arrestors are created during the construction of the system. (This is why add-on components are not needed)
Make sure to look at the description below the video for more information on forums and links. Tell me what you think.