Much energy produced to accomplish desired activities in extensive industrial facilities is wasted, prompting businesses to lose billions every year because of power problems. The losses also negatively impact the environment since more fuel must be produced to address the issues caused by the wastages, which means more emissions are sent into the atmosphere. When lights shine unsteadily at home, it creates an annoyance.
But when power distribution remains largely unmanaged in large factories, it can cause costly, irreversible damages, including the surprising breakdown of expensive equipment. To tackle the power quality challenges, it is essential to monitor the power supply. And ensure that it is flowing steadily, as required. This is where the reference of power quality monitoring comes in. This article will talk about power quality monitoring and its benefits. Read on!
Power quality monitoring and its significance
It refers to measuring the supply of power to AC power units. A sudden, unpredictable and unexpected dip or spike in power can negatively affect the overall quality of power, downgrading the efficiency of your equipment and causing several other issues. Power quality monitoring ensures that an adequate power volume is distributed to electrical equipment to run efficiently. Generally speaking, a PQM (power quality monitoring) will analyze raw power data and interpret it into actionable information. Things it measures may include voltage, electrical current, and ground quality if needed.
Top issues caused by irregular power quality
Power quality changes can reflect negatively, downgrading a commercial facility’s overall performance and productivity. Some of the top issues it may cause include auto resets, breakdown of expensive equipment, loss of memory, overheating of electrical equipment, circuit board failure, etc., to name a few.
What causes power quality issues?
Electrical devices need a voltage that flows within a consistent range. Sags, momentary interruptions, spike or dip, etc., can make voltage fluctuate. Many factors can cause power quality issues. It could be caused by an external factor like thunder and lightning strikes or by regular starting and stopping heavy equipment, wring wiring, etc.
Benefits of power quality monitoring
- Stop interruptions
A sudden power issue may not seem like a huge issue. But if it consistently occurs, imagine the significant loss of productivity and output. Power quality monitoring can keep a facility working at its optimal level.
- Save expensive equipment
Inconsistent loads can cause surges that can degrade the internal circuits of electrical equipment. This means costly future expenses and for significant damages, buying new equipment means stressing your budget. By monitoring power quality, this issue can be solved.
Overheated machines can risk a facility catching fire. This can cause major damage to the equipment and facility and risk resources’ life. Power quality monitoring can help prevent these problems from occurring.
The best power quality monitor
Power quality monitoring can also be needed when installing new equipment. These are just a few of the many benefits associated with PQM. Should you want to learn more about power quality monitors, please visit this website now!