Power Factor Correction

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Technical Explanation of Power Factor

Total power (KVA) consist of real power KW (Power consumed in Phase) and Reactive Power kVAr ( Power consumed out of Phase).
The Power Factor is ratio between real power and total power, If load is running for H hours.
Then Total Power = kVAr, Real Power + Kwh, Power Factor = Kwh / kVA

Benefits of Improved Power Factor

* Removal of Low power factor penalties.
* Reduction in Demand Charges and core losses.
* Decrease I² R Losses 4 times.
* Reduction in electrical breakdown.
* Saving on electric bills.
* Reduced CARBON Emission.
* Improvement of line voltage.

How To Improve Power Factor Automatic ?

In automatic control, Automatic Power Factor Control Relay keeps on sensing the power factor all the time and gives suitable signals to contactors connected to the different value capacitors.

By fine tuning of relay parameters & load balancing, Unity power factor can be achieved easily.

Advantage of Celec APFC Panels

* Digital Display of Power saving.
* Power Monitoring of all electrical parameters.
* Easy installation, Openable type Current Sensors (CT).
* Wi – Fi
* USB
* True RSM Measurement
* Reliable
* Long Durability

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What is Power Factor ?

Power factor is the ratio between kW and kVA drawn by an electrical load, where kW is the actual (real) power and kVA is the apparent power. It measures how effectively current is being converted into useful work output, and is a good indicator of how current affects the efficiency of the power system. A high power factor results in the most efficient loading of the supply. Low power factor generally results from inductive loads such as induction motors, power transformers, lighting ballasts, welders, or induction furnaces. A low power factor caused by inductive loads can be improved by adding a power factor correction panel.

Power Factor Correction

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15 kVAr

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