How do power factor correction devices actually help you save money on your electricity bill?
Power Factor Correction devices are the Power Saving Devices. It generally pertains to the mains that further enhance the power factor value calculated via the electricity meter at our homes. Power factor correction devices help you by a substantial amount to save money on your electricity bill.
Let's have a brief picture of the home usage & industry usage of electricity. An individual's electricity bill is charged based on the real power that minimally participates in the power factor value; hence such appliances least contribute to your monthly bill amount savings. On the contrary, power-saving devices have shown significant usefulness for industrial usage.
The utilities consider the PFC value rather than the actual/real power value based upon which they charge their consumers in the industrial areas. Power Factor value demonstrates the total utilized power for two aspects mainly. The first aspect is for performing the valuable work through a load. The second aspect is the real power that has been wasted because of it.
Low power factor value is the primary reason for having the electrical configuration inequality, high electricity bills & power failures. With the deep footprints of our work, we are labelled as the best power factor correction suppliers in the power & supply industry. You can expect legitimate solutions to your power-related queries from us. Save your electricity bill now by understanding more about this concept.
What is the power factor Correction?
Power factor correction is a method of improving the power factor value. The particular device used in this is a capacitor. This capacitor is the additional load and is parallelly assembled. The final aim of the two opposing parallel reactances is to achieve the total reactive power of the circuit in equivalence or nearer to the 'zero' value.
Power factor correction lowers the absolute drawn current & apparent power from the source by a considerable amount. Such a correction technique doesn't alter the total actual power amount used by a load.
How is the power factor measured?
Power Factor is defined as the ratio measurement of the 'Real Power' to the 'Apparent Power.' Numerically, we label the Power Factor as 'PF.' So, the formula can be written as the Power factor, PF = Real Power (measured in Watts, W) ÷ Apparent Power (measured in the Volt-Amps, VA). Here, the real power is defined as the multiple of Voltage, V and Current, I with time.
The Real power exemplifies the load's total energy consumption or the electric current's real performed work. The apparent power or the absolute power is defined as the hybrid of active power and reactive power. In this, Reactive power is the unique power offered by the reactive components like inductors and capacitors in the electrical systems. It is measured in the Volt-Amps-Reactive, VAR.
How does Power factor correction help to save money on electricity bills?
Poor power factor leads to high Apparent Power. It results in eliciting unused electrons for utility, although your electricity bill comes only for used electrons. These dissipated electrons are equal to Real Power. Power factor correction lessens kVA demand, current drawn by the motor, & conductors plus transformers power losses.
It helps utility firms to reduce front-end and back-end casualties by providing power grid reliability efficiency & enhancing product life. With the increased power factor, real power remains the same, amperage decreases & the system's affectability heightens. Moreover, manufacturing plants & other enterprises save their generator fuels & electricity bills by 40% using the power factor correction.
The power factor is a massive determinant of to what extent you are utilizing the energy optimally & paying your electricity bills accordingly. The power factor calculation & its correction defers for households, residential areas and industries. Although, the way it contributes to the operational cost plays a significant role in big enterprises & at home.
Not correcting your power factor leads to high electricity bills, curtailed profit margins, & disturbance in the power system's effectiveness. Thus, the overall improvement in the power factor leads to mind-blowing results. These top results include enhanced productivity, utmost power management, lesser power wastage, decreased electricity bills & optimum use of resources linked with your electrical system.
