Medium Voltage STATCOM for PF Correction Medium voltage power systems need stable voltage and accurate power factor correction. Solar plants, mining sites, factories, water treatment plants, and utility projects often operate at 10kV, 11kV, 20kV, 33kV, or 35kV. At this level, poor power quality can affect the full electrical network. A medium voltage STATCOM is used to solve this problem. It provi...
Medium Voltage STATCOM for Mining Mining sites depend on stable medium voltage power. Crushers, conveyors, pumps, mills, hoists, compressors, and ventilation systems all place heavy demand on the electrical network. These loads do not always operate at a steady level. They start, stop, ramp up, and change throughout the day. This can create voltage fluctuation, poor power factor, and reactive powe...
Voltage Flicker in Steel Plants Voltage flicker is a serious power quality problem in steel plants. It is often caused by loads that change quickly. These loads include electric arc furnaces, rolling mills, ladle furnaces, large motors, and heavy equipment. These loads do not draw power smoothly. Their demand changes quickly during melting, rolling, lifting, cutting, and cooling operations. When t...
How Voltage Fluctuation Affects Industrial Equipment Voltage fluctuation is a common power quality problem in factories and commercial sites. It happens when the voltage level rises or falls instead of staying stable. A small change may not stop production at once. However, repeated voltage fluctuation can damage industrial equipment over time. It can also cause motor overheating, drive trips, con...
Medium Voltage Harmonic Filters: A Complete Selection Guide Medium voltage harmonic filters help industrial facilities, renewable energy plants, utilities, and infrastructure projects control harmonic distortion in their electrical systems. Harmonics can reduce power quality, increase equipment losses, create overheating, and interfere with normal system operation. A correctly designed harmonic fi...