Power monitoring provides you with precise data on power usage throughout your plant. A power monitoring program uses tools like sensors and meters to measure exactly how much power each of your key assets is using. You can also monitor your power distribution units and your power supply.

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Depending on the type of equipment you are monitoring, you may need different kinds of sensors. You will also need to decide which assets require power monitoring. It is also possible to measure power usage by rack, room, or entire facility.

Your power monitors and meters can send data to an analytics program so that you can understand at a glance how power is being used at the level of the facility, power strip, and device. This gives you insights into your peak power usage times. By tracking power usage over time, you&#;ll also be able to see when usage deviates from normal baselines, and you can schedule maintenance to address these issues before they become bigger problems.

What is a Three Phase Power Monitor?

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Definition

A three phase power monitor measures a variety of electrical parameters for equipment such as large motors and other heavy loads that are powered with three phases of electricity.

Why it Matters

Both single phase and three phase power systems refer to units using alternating current (AC) electric power. With AC power, the flow of current is constantly alternating directions. The primary difference between single phase and three phase AC power is the constancy of delivery. Large loads such as motors, pumps, chillers and boilers may use three phase and require special equipment to monitor their performance.

A three-phase power monitor can measure a variety of electrical parameters, from current and voltage to resistance, continuity and beyond. This data provides insights into a variety of electrical sources from live wires and circuit breakers to electrical panels and power transformers.

Some more advanced three-phase power monitors feature data-logging functionality with the capability to measure and store readings to memory, and then transmit to the cloud. This IoT data can be used for troubleshooting to find the answers now; or as benchmarking tools to discover the trend of power quality over time.

For more information, please visit single phase smart meter.