3 Ways To Install And Optimize The Performance Of Active Harmonic Filters

Active harmonic filters are touted to be the best possible solution for tackling harmonic distortion. While they are invaluable as a power quality solution, it is always better if the active harmonic filter is optimized for a particular operation. How can an active harmonic filter be optimized? The best way is to install the harmonic filter that is best-suited for a particular operation. With this idea in mind, here are 3 steps to install the right active harmonic filter for a specific application.

How To Properly Install An Active Harmonic Filter?

1. Analyze The System And Load

Before choosing an active harmonic filter, it is vital to first analyze the electrical system in question. This includes parameters such as:

- Harmonic Distortion: Examine the amount of harmonic distortion acting on the system with the aid of tools such as a power quality analyzer.

- Nature of Non-Linear Load: Examine the type of non-linear load acting on the system and how it contributes to creating harmonics.

- Calculate Capacity: With the above-mentioned data, calculate the capacity of the active harmonic filter that can successfully counter the harmonics.

2. Choose The Right Active Harmonic Filter

To choose the right active harmonic filter, consider the following parameters:

- Filter Capacity: Make sure that the active harmonic filter can handle the level of harmonics generated in the system.

- Faster Response Time: Ensure that the active harmonic filter can respond quickly to the changing dynamic load.

- Scalability: Make sure that the active harmonic filter can be expanded or scaled up to meet the rising demands of the operation. And lastly, always opt for reputed manufacturers of harmonic filters to ensure quality.

3. Proper Installation

Appropriate installation is a vital part of optimizing harmonic filter performance. This includes factors such as location, ventilation and power. Make sure that the active harmonic filter is located as close as possible to the source of harmonics. Similarly, make sure that the setup has proper ventilation to prevent overheating and adequate power to ensure constant operation.

ADM Engineering is a leading distributor of power quality solutions. Be it offering a harmonic filter for VFD operations or filters to tackle excess harmonic distortion, we offer nothing but the best. This is why numerous industries and OEM manufacturers rely on our passive, hybrid and active harmonic filters. To know which harmonic filter is right for you, contact us at 877-236-8337 today.