• Skip to primary navigation
  • Skip to main content

PMI

  • Home
  • Products
  • Library
    • Videos
      • All
      • Bolt Quality Tests
      • Promotional Videos
      • Support Videos
      • Power Quality Decoded
    • White Papers
      • All
      • Artificial Intelligence
      • Case Studies
      • Communications
        • All Communications
        • Cellular Communications
        • General Communications
      • Distributed Generation
      • IEEE Standards
      • Power Quality
        • All Power Quality
        • Analyzing Waveforms
        • Flicker
        • PQ Data Analysis
        • PQ Theory
      • Products
        • All Products
        • Boomerang
        • Boomerang SCADA
        • Box Recorder
        • Canvass
        • Eagle
        • Flex CT
        • Guardian
        • Merlin™
        • Meter Sockets
        • PQ Canvass
        • ProVision
        • Revolution
        • TLAR
        • Using PMI Recorders
      • Voltage
        • All Voltage
        • CVR
        • Voltage Sag
        • Voltage Unbalance
      • Harmonics
  • Training
    • All
    • PDH Eligible Classes
    • On-Site Training
    • Live Webinars
  • Support
  • Our Company
    • About
    • Contact
    • Join Our Team!
    • Receive our Newsletter
    • PQ Resources
    • Power Quality Solutions
  • Account
  • Cart - 0 items

White Papers

Browse our library of power quality technical resources.

446 white papers

Oscillatory Transient Ring Frequency

This white paper provides details on how to estimate ring frequency caused by resonances formed between power corrections capacitors and inductive loads using ProVision. Waveform data captured using PMI's Eagle…

January 1, 2015 · Scott Jacovidis

Using Bluetooth with PMI Recorders

This white paper documents the procedure for installing a Bluetooth device and the proper communication settings for wireless PMI Recorders using ProVision software. PMI offers several power quality recorders for…

January 1, 2015 · Mike Hetmanski

Voltage Notching in IEEE Std. 519-2014

In this white paper, I cover the new IEEE Std 519-2014 limits for voltage notching, how these limits are calculated, and how to use ProVision to make the notch measurements.…

January 1, 2015 · Cowles Andrus III

Updates and Changes Made to the IEEE 519 in the 2014 Release

On August 12th, 2014, the IEEE Standards Association updated their 519 standard for Harmonic control in electrical power systems. One of the first things you will notice about the updated…

January 1, 2015 · Mike Hetmanski

Approaching Power Quality Monitoring Site-Work

Power quality (PQ) monitoring provides insightful information that can be used to detect industrial and residential power disturbances, and provide clues for mitigation and problem resolution. Having the proper power…

December 1, 2014 · Scott Jacovidis

Understanding PMI Data Record Types – Part 1

The job of any power monitor is to record all interesting data and leave unrecorded the vast majority of boring, unremarkable data. The tricky part for a monitor is deciding…

December 1, 2014 · Chris Mullins

Photovoltaic Monitoring Setup Recommendations

Photovoltaic (PV) systems generate new power quality and even basic grid stability challenges. The rapid deployment of PV generation requires comprehensive monitoring to help understand and quantify the impacts on…

December 1, 2014 · Chris Mullins

Advanced Waveform Capture with ProVision

Waveform Capture data is often the most detailed information available in a PQ recording. Getting good data is not always easy, so it's important to glean all information possible from…

December 1, 2014 · Chris Mullins

Five Methods to Determine the Source of Harmonics

Harmonics are "Non-Linear" current or voltage in an electrical system. Any waveform that deviates from a perfect sine wave has harmonics. Any non-linear load draws harmonic currents and therefore produces…

November 1, 2014 · David Horning

Power Factor Correction Capacitors and Resonances

This paper explains some of the issues concerning power factor correction, and the side-effect of resonances that can be detrimental to a power distribution system. Also are some solutions to…

November 1, 2014 · Cowles Andrus III

Electric Vehicle Charging and Power Quality

Several months ago PMI purchased a Nissan Leaf all-electric vehicle. The Leaf has an approximate range of 90 miles which fits well with our day to day usage for local…

November 1, 2014 · Wayne LaFleur

New Graph Templates for Flicker Analysis

Voltage flicker is one of the most visible and common residential complaints, yet one of the most challenging to quantify and address. The IEEE 1453 flicker standard defines some important,…

November 1, 2014 · Chris Mullins

  • « Go to Previous Page
  • Page 1
  • Interim pages omitted …
  • Page 20
  • Page 21
  • Page 22
  • Page 23
  • Page 24
  • Interim pages omitted …
  • Page 38
  • Go to Next Page »

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.

24/7 Tech Support 800.296.4120

Resources

  • White Papers
  • Videos
  • Training
  • Live Webinars
  • PQ Resources
  • Support

Company

  • About Us
  • Contact
  • Careers
  • Newsletter
  • Product Registration
  • Terms & Conditions
800 N Main St, Mt Crawford, VA 22841 | Toll Free 800.296.4120 | Fax 540.432.9430
© 2026 Power Monitors, Inc.