What is Power Factor Correction ?

EnergyAce manufacture Power Factor Correction in the UK which is a device that saves energy and reduces the demand of motor loads by improving the electrical efficiency known as power factor. Industrial and commercial processes vary wildly across different businesses although what they do have in common is that they consume large amounts of energy in carrying out their processes, mainly through the use of motors and machines which can be reduced by installing power factor correction.

What Effect Does Power Factor Correction Have On Motor Rating and Efficiency ?

All motors have a rating for efficiency in the form of power factor with the ultimate power factor described as 1.00pf, although most motors will operate well below the ultimate efficiency level and consume more energy.

The combined effect of a number of motors will normally result in a poor power factor and low efficiency, it is not uncommon for a manufacturer to operate with a power factor as poor as 0.70pf or 70% efficiency resulting in higher energy bills.

EnergyAce Power Factor Correction addresses this inefficiency and delivers real measurable energy savings by reducing power consumption, removing reactive power charges on electricity bills and reducing demand and carbon emissions.

Reliable and Robust Power Factor Correction Capacitors

Our independence and collaboration with component manufacturers like Vishay one of the world's most reliable and robust power factor correction capacitor manufacturers allow EnergyAce to bring together a number of high-performance component parts to manufacture highly reliable and efficient EnergyAce Power Factor Correction systems.

Can I Remove Reactive Power Charges From Energy Bills ?

Examine your electricity bills for a reactive power charge and excess capacity and availability charges, EnergyAce Power Factor Correction will remove reactive power charges and reduce capacity and availability charges considerably.

For more information on power factor correction, please click here.

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