Society is divided into a variety of different sections that come together to ensure that every facility and individual is performing optimally and without any hassles. When one thinks of the basic necessities of life, the mind automatically goes to resources that are imperative for our daily lives, like electricity, food, water, and more.
However, as the consumption levels of people have witnessed a massive spike, utilities have tactfully increased the prices of these facilities by a massive margin. As a counter, the electric industry has carefully designed a range of electric and digital solutions and products that can help reduce bills and expenses.
In this article, we will focus on one such idea called power factor correction and how it contributes to a seamless and effective distribution system. We understand that comprehending the operation of electric equipment and instrument can turn out to be a daunting task for someone who is not well-versed in the technical field. Therefore, in this article, we attempt to explain the basic premise of power factor correction in the easiest and most lucid way.
Let us begin by briefly delving into the power distribution system. In simple terms, the distribution system is considered to be the final stage of a power system which essentially comprises of the delivery of power to the load. In other terms, the main role of a distribution system is to carry power from the connected transmission lines to individual customers located in different sections of the society.
Now, running along the same lines, power factor correction is referred to as the technique of accelerating the power factor of a power supply. In addition, this procedure is designed to optimally maintain the reactive power consumption level, which minimizes the electricity bill of the user, factory, house, industry, and more. Here are some of the many advantages of deploying the idea of power factor correction and how it impacts the utility bill of the customer:
- Improved Voltage
In standard terms, a lower power factor leads to higher and stronger current flow. Thus, as the line current spikes, the voltage drop in the conductor also accelerates, leading to lower voltage delivered to the instrument. However, with power factor correction, the voltage drop in the conductor is significantly reduced, enhancing the overall voltage levels.
- Decreased Demand Charges
There are multiple utility companies that demand a certain amount for maximum metered demand that is usually based on two grounds: the highest registered demand or the calculated percentage of the highest registered demand in a KVA meter.
Now, if the total power factor is low, the total percentage of the measured KVA will be greater than the required KV demand. If the user decides to better the power factor via power factor correction, it will automatically lower the demand charge, reducing your utility bill.
- Low Maintenance and Better productivity
One of the biggest advantages of power factor correction is that its capacitors are easily available and are usually low maintenance. Therefore, they turn out to be a one-time investment even if it seems expensive in the beginning.
Collaborate with a Service Provider for the Seamless Installation Process
We suggest you take some time out and look out for a renowned service provider in the electric field. They have professionally trained professionals and technicians who carry all the right tools and equipment to ensure that the installation process is carried out in a safe and reliable manner. Also, explore the official website of some leading online electric brands that carry quality electric products at low prices and impressive discounts.