Category:Introduction to Plasma Technology for Energy

From Keshe Foundation Wiki
Jump to: navigation, search
(Here you can find: Energy Devices & Applications)
Magrav-power-universal-system-3

Everything you see in the world, and all that is unseen, is formed, manifested and comes into existence by the interaction of magnetic and gravitational fields. Energy is everywhere around us in our environment and is within us. Different conditions and factors are involved in the creation of energy. The current method of energy production and use is not efficient; it is wasteful and damaging to our planet and its species. One of the biggest challenges for humanity is to find ways in which to harness and use available, abundant energy that is all around us without causing damage to species and our planet. Plasma technology is the solution. It will guide humanity to re-discover the natural order of universal energy exchange that leads to progress and implementation of universal knowledge on proper, sustainable, non-damaging energy management. ++++

The current application of Plasma technology using nano materials and their fields is very much at the beginning stage. It is expanding the knowledge of humanity in terms of energy management and energy exchange. We are in a transition phase, moving away from utilizing destructive energy sources in favour of utilization of non-destructive plasma energy sources. During this development and learning transition phase, we are combining humanities existing knowledge of energy, that is used to runs our machines, with that of the relatively new knowledge of Plasma technology. The creation of Magravs Power Units, for example, helps humanity take a very large first step in understanding Plasma in energy application. The gravitational magnetical fields of plasma always seek balance given any condition. Plasma flows from higher gravitational magnetical field strength to lower gravitational magnetical field strength. We understand that conventional electricity flows in a current from the source, for example a generator, to the load, for example machinery, appliance, lights, etc. and then back to the source. In order to utilize Plasma energy we must create a similar and constant "flow" condition.

Magrav-power-universal-system-3

The hybrid magrav generator creates a condition of imbalance in-acted by compressor motors. An energy exchange of charging and discharging on the coils of the compressor motors creates the imbalance and the Plasma flow works to keep the condition balanced. Initially, we supply the whole circuit with an external AC supply to initiate a state of rising strength and a charging of the coils, which initiates the electrical energy flow from the source to the load. This kickstarts the whole system. Plasma, from the Plasma capacitors and magrav coils, then starts to flow towards whatever is in lowering strength (compressor coil discharging, lights - doing energy conversion, etc). Since the two compressors are connected in a complementary manner, reversed with respect with each other, each will always operate in an oppositional state to each other (while one is charging or rising in strength the other in discharging or lowering in strength). This is an agreeable energy exchange condition for the use and application of Plasma energy. The condition creates an on going flow of Plasma energy to the whole circuit. Removal of the initial AC supply will not cut off or stop Plasma flow. The exchange is on going and the mechanical action of the motors does not stop instantly when the AC supply is removed. Moreover, adding more load (for example more lights) creates an increase in energy conversion from electrical energy to light energy and a lowering strength condition in the circuit. As a result, the flow of Plasma will increase to compensate the increased demand. The more load added to the circuit, the more energy you get from the Plasma. Energy is not lost at all; it is converted at the point of conversion by the load.

Pages in category "Introduction to Plasma Technology for Energy"

This category contains only the following page.