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The Primary Benefits That You Will Get from Power Factor Correction

In this modern world, it is difficult to run an industrial, commercial, or retail facility without using a number of electronic devices. And, for these pieces of equipment to function properly, they should be powered by a switched mode power supply (SMPS). Like the linear power supply, the SMPS also converts available unregulated power input—alternating current (AC) or direct current (DC)—to a regulated output voltage. Now, when it is not designed or installed correctly, the SMPS can present non-linear loads that produce harmonic currents to your main power network, damaging cables and the devices connected to it. Problems can include high voltages, overheating, device malfunctions, and even fires. This is where the power factor correction Australia has comes in. Aside from ensuring you will not suffer the possible consequences mentioned above, it will also provide you with the following benefits.


power factor correction Australia


  • Improved Load-Carrying Capabilities

Normally, loads that draw power will demand reactive current, and opting for Australia power factor correction will ensure existing circuits will have reduced current to transmit. As a result, these circuits will be able to carry new loads, saving you the additional costs of upgrading your distribution network and purchasing the equipment that comes with it. Moreover, power factor correction also reduces resistive losses in the circuits.

  • Lower Demand Charges

Typically, utility companies charge for maximum metered demand based on the highest demand in kilowatts or the percentage of the highest demand in kilovolt-amps (kVA) that your facility registers. Now, if you have a low power factor, your metered demand will be high. On the other hand, an improved power factor will lower your demand charge, significantly reducing your energy bills. Click here Power Quality Consultants

  • Decreased System Conductor Losses

Basically, power factor correction Australia has will reduce conductor loss. Now, this will be very helpful especially when you are running an old plant that uses long feeders or one that is engaged in field-pumping operations. In a way, correction work will reduce currents in direct proportion to the improvement of power factor, which means that losses will be decreased to certain levels.

  • Improved Voltage Output

For any given load, low power factor can cause high current flows, which increases voltage drops in the conductor. This means that your equipment will receive lower voltage. On the other hand, correcting the power factor will reduce voltage drops, improving the amount of voltage for your equipment.

  • Less Carbon Footprint

As power factor correction in Australia will greatly reduce power demand, it also prevents your facility to put a heavy strain on the electricity grid. This will lower your facility’s carbon footprint over time.

No matter what reasons you have to correct the power factor in your facility, it definitely provides you a range of benefits. As you can see, these benefits are not just limited to the technical side, but also cover the financial and environmental aspects when running a facility. Broadly speaking, such a move will help your business as a whole. Now, to find power factor correction Australia has to offer, you can visit

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