Technical Description
With the excessive need for energy, the limited power resources became the main problem that pushed scientists to work hard on finding solutions for energy saving, and many engineering institutes, labs, and research agencies are working hard in the same direction as well.
As known, all electrical equipment that operates with ac current consume two types of power:
First: Active Power measured by KW
Second: Reactive Power measured by KVAR
In the eighties of the last century, we knew the Power Factor Correction panels (PFC).
The function of the PFC is based on adding capacitors relative to the load requirements and adds to the load a reactive current that is supplied by the source, which leads to an increase in the consumed active power.
The client then profits from not paying penalties over the reactive power but pays more for the consumed active power.
Flux reduces the amount of consumed active power without affecting the load and hence reduces operating expenses.
Details
Using our proprietary Flux technology, the capacitor unit undergoes an ionic chemical treatment that creates superconductivity with a negative resistance that acts as a current source in the network. This allows us to add the current component in the direction of the active and reactive currents. Therefore, Flux achieves a reduction in the consumed power (KW) from the source without affecting the load.
After installing the capacitors that have been treated with our technology, each capacitor functions to generate a varying magnetic field in response to changes in the circuit’s potential energy. This magnetic field produces circular magnetic waves in the form of electrons, which are then absorbed and transformed into an electrical energy source. This process involves the use of negative resistance and a stable voltage differential between the capacitors and the electrical line.
As a result, it leads to enhanced conductivity, better efficiency, the elimination of harmonic distortions, and a decrease in static electricity.
