MV Reactive Power Compensation Solutions

Reactive Power performs a critical function in strength distribution systems. While reactive strength does now no longer translate into beneficial energy, it’s essential for the cause of voltage management and magnetization. However, extra reactive strength also can create needless load and cause better costs. Modern reactive power compensation » solutions can be applied to improve the power quality in the energy system and help save money. This post introduces some of the common compensation solutions for reactive power.

Why is Reactive Power Compensation Important?

Reactive power compensation is an effective way to reduce the apparent power demand by compensating for the reactive power requirements. This improves your power factor and expands the transmission capacity of useful power in the system.

By implementing reactive power compensation » solutions, you also bring down your power consumption, reduce your energy costs, and avoid penalties. Along with these, there is also the benefit of better voltage regulation and minimized harmonic distortions, which improves the power quality in the system.

What are Reactive Power Compensation Solutions?

There are several compensation solutions for reactive power available that can help you compensate for reactive energy.

They include:

Power Capacitors:

A Power Factor Correction Capacitor can be used to compensate for the reactive power demand. As the capacitor bank provides the required reactive power, the transmission facilities are relieved as no reactive power is drawn from the utility. Power Factor Correction-based capacitors are common in the industry as they are more economic. With a reduction in power losses and low reactive power demand from the utility, one can also save more on electricity bills.

Synchronous Electric Motors:

Synchronous electric motors can be used to supply a certain amount of reactive power required by the industrial load. An over-excited synchronous electric motor produces reactive power and reduces the need to draw reactive power from the grid, thereby improving the power factor. It is a good reactive power compensation solution as it can produce a continuous supply of reactive power. Similarly, static VAR compensators and static synchronous compensators (STATCOMs) are also used for the same.

Active Filters:

Active Harmonic Filters are devices that eliminate or cancel out harmonics within the current. It provides a real-time response to harmonics in the power supply and corrects both harmonic current waveforms and voltage distortions. Along with harmonic filtering and power quality improvement, they also provide dynamic reactive power compensation and power factor correction in harmonic-polluted lines.

Passive Filters:

Passive Harmonic Filters are composed of reactors, inductors, and capacitors, in a series circuit. They can effectively filter out harmonic currents and distortions from the transmission, ensuring a cleaner power supply. Passive filters also offer power factor correction capacity and generate some amounts of reactive power, which reduces the reactive power drawn from the grid.

Takeaway

In order to boost power quality and reduce reactive power consumption, it’s necessary to utilize reactive power compensation solutions in your supply. However, it’s important to choose the right compensation solutions for your system. Reach out to professionals to get a better insight into it.