The main function of Aputik Power Saving Device is avoiding energy loss and help to save electricity cost by reducing active power.

Let’s give the public electric network as an example:

If we can save only 10% from the Energy, what’s the benefit in this case?

                                      73 * 10% = 7.3 %

We know that DEWA use value of milliards $ of Energy per year.

Milliards $ per year          14.000

7.3 %  14.000 Milliards = 1.022

After the previous example, we pose the follow questions:

-What’s the joule effect and how does it come?

-How does Aputik reduce the Active Power?

-Why the capacitor bank can’t prevent the joule effect?

After these two precedent examples, we can say that how you can increase the efficiency with decrease the looses

The Aputik Power saving device is decreasing energy looses and help to save the electricity cost by reducing the Active Power with decrease skin effect looses

Our product “Aputik Power Saving System”, is the unique Power Saver which using the superconductor to improve the current and diminish looses in the system.

How the Aputik can reduce the Active Power?

Electrical Resistance is a ratio of the degree to which an object opposes an electric current through it, measured in Ohms. Its reciprocal quantity is electrical conductance measured in Siemens. Assuming a uniform current density, an object’s electrical resistance is a function of both its physical geometry and the resistivity of the material it is made from:

= ρ. ℓ /A

ℓ is the length (in units of meters)

A is the cross sectional area (in units of m2)

ρ is the resistivity (in units of Ω·m) of the material

According to the relationship between R_ac , R_dc P_ac and P_dc we have:

which R_dc are mentioned previously, moreover R_ac, k , P_DC and P_ac respectively are skin effect resistance, skin effect factor, fix looses power of the system and total amount of the looses.

In the design plan, we can usually consider K=1.2. When we install the Aputik, if we decrease k of 1.2 to ideal mode 1.1, based in the formula, we can see 50% decrease in the looses of the system

As we see, any variation in skin effect’s factor leads to reduce the losses of the system.

Electric current is the flow of electric charge. The electric charge may be either electrons or ions. The nature of the electric current is basically the same for either type.
When we have more free electron into conductor wire the electric current easily can move without any static effect

Difference between  Capacitor Bank & Aputik

Aputik pass an adaptation time to provide 100% from its function as the free electron have drift speed of Vd.

Free electrons in a conductor vibrate randomly, but without the presence of an electric field there is no net velocity. When a DC voltage is applied the electrons will increase in speed proportional to the strength of the electric field.

The Speed of electricity relatively refers to the slow movement of free electrons or ions through a conductor in the presence of an electric field, also known as drift velocity. It is often confused with the propagation speed of an electromagnetic wave. It is the electromagnetic wave that can carry information (data), not the movement of electrons.

Drift Velocity

The Drift Velocity is the average velocity that a particle, such as an electron, attains due to an electric field. In general, an electron will rattle around in a conductor at the Fermi velocity randomly. An applied electric field will give this random motion a small net velocity in one direction

In a semiconductor, the two main carrier scattering mechanisms are ionized impurity scattering and lattice scattering.

Because current is proportional to drift velocity, which is, in turn, proportional to the magnitude of an external electric field, Ohm’s law can be explained in terms of drift velocity

How to install?

1. Determine the exact location of installation at the installation
2. Place the power saving device appliance at the installation location and attach it
3. Turn the power OFF at the installation
4. Connect the wires to the power saving appliance in parallel as shown in photo

Return of Investment

Saving MONEY And Saving The ENVIRENMENT