Pq Solutions

If you are looking for a partner you can trust in quality, reliability and product performance, look no further!. PQ Solutions,LLC provides a full range of Innovative Power Quality solutions that ensure that your facility draws only useful power from the grid. Our products can correct all power quality issues like reactive demand, harmonic distorti... ons, high unbalance, and high neutral. Our team of experts, partners with industries to identify leakages and critical sections; this allows us to design relevant solutions to reduce operating costs, prevent and eliminate unknown failures or nuisance trips and make the overall electrical infrastructure more efficient and reliable. Power quality is a generic term for disturbance-free electricity supply. Deviation from voltage sinusoidal waveform (50 Hz), which may result in equipment being disturbed or damaged, is to be regarded as a power quality disturbance. This means that the more sensitive equipment you connect to the grid, the higher should your demands on power quality and disturbance-free environment be. By measuring and presenting data in a transparent way you get the proper basis for making correct decisions. Traditionally, most power quality measurements have consisted in direct faultsearching and troubleshooting. Machinery breaks down, lights flash, robots stop, electronic devices stop working. With portable measurements one can often come close to the source of the disturbance and subsequently remedy any faults. However, many industries and utility companies now work proactively with continuous power quality monitoring to detect sources of disturbance and error conditions in the network before the consequences are too far-reaching. They utilize power quality monitoring systems as an early warning system, for example to quickly detect intermittent ground faults before they become full-scale failures with downtime and costly production losses. As power quality systems and their analysis capabilities have increasingly become mor powerful, there are ...Read More