Voltage Optimizer Principle

The principle of Voltage Optimiser is mainly based on changing the parameters of the circuit such as current, voltage and frequency to optimize the transmission and utilization of electric energy. Specifically, the principles of the voltage optimizer include the following aspects:

‌Current phase adjustment‌: The voltage optimizer can affect the transmission and power factor of electric energy by changing the phase of the current. By adjusting the current phase, the loss of electric energy during transmission can be reduced and the utilization efficiency of electric energy can be improved.
‌Dynamic voltage regulation‌: The voltage optimizer can automatically adjust the size and stability of the voltage according to the load of the power system. This dynamic regulation helps to reduce the loss during the transmission of electric energy and further improve the utilization efficiency of electric energy.
‌Power factor correction‌: The voltage optimizer can achieve power factor correction by changing the phase relationship between current and voltage, thereby optimizing the operating efficiency of the power system.

In addition, there are voltage optimizers developed based on the theory of optics and quantum mechanics, which play an energy-saving role by improving the conductivity of the motor and the circuit to which it belongs and reducing the resistive loss (heat loss). This type of voltage optimizer injects a photon flow composed of infrared synthetic waves into the conductor, disturbs the electrons in the excited state under the action of the electric field, absorbs part of the energy of the electrons, and returns the electrons to a relatively stable ground state, thereby reducing the collision probability of the electrons, extending the mean free path of the electrons, reducing the waste of electrons, and ultimately improving the conductivity.

In summary, the principle of the voltage optimizer involves multiple aspects, aiming to optimize the transmission and utilization of electric energy through technical means and improve the operating efficiency of the power system.