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Power Quality White Papers

Power quality white papers on Power Quality.

214 white papers in Power Quality

← All White Papers

Blondel’s Theorem: One Less Connection for Three-Phase Power

Polyphase power networks are among the most common networks for power transmission. They offer key advantages over single-phase networks. A polyphase system allows the same power to be distributed with…

February 1, 2017 · Joel Elmore

Analyzing Voltage Sags with Event Change

Identifying the sources for voltage sags can be a somewhat complicated task. Graphs such as waveform capture can obscure the essentials with an RMS-based voltage sag. PMI provides a triggered…

January 1, 2017 · Caleb Payne

CBEMA-ITIC Analysis with Stripcharts

The ITIC curve (formerly CBEMA) is a performance-oriented standard for electronic equipment manufacturers. The standard gives a method for classifying and plotting voltage events on a specially constructed graph that…

December 1, 2016 · Chris Mullins

Recording for NEC 220 Compliance

Utility customers who are expanding operations or adding load must comply with National Electric Code Article 220 to determine if any electrical upgrades are needed. Many customers will ask the…

December 1, 2016 · Chris Mullins

Zero Sequence Harmonics

In this whitepaper, I will discuss zero sequence harmonics: what they are, how they are created, and what issues they present to distribution systems and power quality. Zero sequence harmonics…

November 1, 2016 · Cowles Andrus III

CBEMA Graphs Revealed

The CBEMA (Computer Business Equipment Manufacturers Association) curve and the ITIC (Information Technology Industry Council) curve both refer to a similar method to visibly represent voltage events. A graph of…

October 1, 2016 · Wayne LaFleur

Cold Load Pickup

One of the most visible customer-facing challenges an electric utility can face comes in the form of voltage interruptions.  From the short, fraction-of-a-second momentary to the prolonged, multi-hour (or even…

October 1, 2016 · Caleb Payne

Low-Energy Lighting and Power Quality

In this paper I reviewed the effects that Compact Fluorescent Lamps (CFL), Light Emitting Diodes (LED), and halogen lighting have on power quality. The CFLs and some LEDs present a…

September 1, 2016 · Cowles Andrus III

Key Issues with DG/DER Monitoring

The dramatic increase in distributed generation (DG), distributed energy resources (DER), and net metering scenarios brings sweeping, unplanned changes to the grid model. Local generation is often unpredictable, and sudden…

September 1, 2016 · Chris Mullins

Advanced Harmonic Analysis Through Bulk ProVision Exports

The IEEE 519-2014 harmonic standard calls for several advanced data analysis procedures. Some of these, especially when combining with data from other devices, may be performed in Excel or Matlab.…

August 1, 2016 · David Horning

Detecting Loose Neutrals with a Receptacle PQ Monitor

Loose/open neutrals can present a dangerous and even life-threatening situation in a residential service. The classic voltage symptoms suggesting this condition are one single-phase leg rising in voltage, the other…

August 1, 2016 · Chris Mullins

PQ Recording Templates

This whitepaper describes the use and customization of PQ recording templates in PQ Canvass, iPowerPad, and in the ProVision software. PMI recording devices can be initialized with many different configurable…

July 1, 2016 · Jason Pecor

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Have a PQ question? Ask Merlin™ — free. Send it to askmerlin@powermonitors.com or text (540) 383-3144.

Power Monitors, Inc. — Tools you Need. People you Trust.

Power Monitors, Inc. is an industry-leading product design and manufacturing firm based in Mt. Crawford, Virginia. PMI® strives to solve power quality problems by listening to our customers and working with them to design and manufacture products. Total customer satisfaction is the primary goal of all PMI® staff.

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