With the help of power factor, you can easily measure how efficiently and effectively you are using electricity. There are different types of power that are used at work to provide you with electrical energy. Now to simplify it for you, here is what each one of them is doing. 

First, let us focus on working power which is the power that you can use in all of the electrical appliances that do the job of lighting, motion, heating, etc. You can denote this as kW or kilowatts. Some common types of resistive loads are lighting and electric heating.

When talking about inductive load such as compressor or ballast, motor, they also require reactive power to generate and sustain a magnetic field which is required to operate. In technical terms, you can call this non-working power kVAR’s, or kilovolt-amperes-reactive.

Be it your home or business; they both have resistive and inductive loads. The ratio between the two is crucial as these kinds of loads hold value as you add more inductive equipment. If you add working power and reactive power, it makes up for apparent power which is also called kVA.

Now the question arises, how can Power Factor Corrections help you?

As you might have known that a poor energy management system draws more than a load with an improved power factor for the same amount of useful power transferred, which will lead to unnecessary strain on the electricity distribution network.In order to indicate that, you need to improve the power factor, which will help reduce your electricity bills through lower monthly demand and capacity charges.

More or less, it will take you 1-3 years to payback periods. Since you already know that the life expectancy of power factor correction equipment is high, it can turn out to be a very worthwhile investment. If you don’t go forward with the same, then the poor quality can cause power losses and voltage drops, which will later contribute to overheating, failure of equipment and motors.

So if your electrical power distribution system is near capacity, then the installation of power factor correction equipment might help you avoid hefty infrastructure upgrades by lowering the existing electrical demand that is required by your system and help increase efficiency stability.

Microgrid and Power Factor Correction

If off late, you are facing issues with a certain part of microgrid structure which includes the interface, protection and control for each and every micro source which also includes MicroGrid voltage control and power flow control. The microgrid has the ability to operate well with the power distribution, as it will help you with a smooth transition.

If you are someone who is also on the lookout for the same, then you can get a power management system with the help of #SchneiderElectric. Their engineers work hard towards every technology, making sure you are never disappointed. #LifeIsOn.