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The SEG technology effectively utilizes quantum kinetic energy. It can be compared, in principle, to the hydroelectric dam since both are driven directly or indirectly by the heat absorbed or emitted by the sun's radiant energy.

A hydroelectric dam builds up kinetic energy by way of cloud condensation that forms rain and fills reservoirs, but does so only after it has achieved a higher energy level by way of evaporation from ground levels.

The SEG utilizes its layer of Neodymium (a silvery-white or yellowish metallic rare earth element) as a reservoir of electrons, the Teflon layer is comparable to the dam itself, the Magnetic layer as the power plant that makes useful work out of the currents and finally the Copper layer that compares well to the water outlets that can be seen that jet out at the bottom of the dam; similarly the SEG ram-jets electrons out to the atmosphere.

At this point, energy levels of the water jets or in this case of electrons, are kinetically reduced existing the system, but be mindful that these discharges go back to the environment to recharge. Therein, ambient energy restores their energy levels up by way of evaporation of water or as with the SEG, the uniform emission of electrons to the outside air exposes them to atmosphere’s ambient sources of energy or temperature which raises the electron’s quantum energy levels back up to natural ambient levels.

Thereafter, the external sources of electrons are attracted back to the relatively positive potential of the electron depleted neodymium layer (reservoir) where the energy cycle continuously repeats. It is a process that effectively strips kinetic energy out the of electrons before they are emitted; no different in principle from the energy cycle of the hydroelectric dam where the kinetics of the water flow are harnessed. In this manner, both ways gather ambient sources of energy that can be processed and made useful for electrical applications.