Welcome to the EPRI Power Quality Online Resource Center!
This site is provided for the benefit of funders of the EPRI Power Quality Knowledge program (PS1D). For those seeking to learn more about EPRI PQ Knowledge, please contact me, Bill Howe, Program Manager of Power Quality research for EPRI.
If you are an EPRI PQ Knowledge (PS1D) funder and have not subscribed to this resource center, register today. For more information about subscribing to this site, please contact Bill Howe.
Again, Welcome to the PQ Online Resource Center!
Program 1 Research Portfolio
Electric utilities worldwide consistently report that power quality (PQ) is a fundamental component of the three key utility business performance metrics: system performance, economic performance, and customer satisfaction. By applying EPRI's extensive PQ expertise, the Power Quality research program may help to improve these three metrics, allowing PQ managers and transmission and distribution (T&D) asset utilization and system planning professionals to use PQ-related technology, knowledge, and expertise to help improve their organization's bottom-line performance.
PQView / PQWeb Users Group
The PQView® Users Group is intended to assist power quality engineers in managing and analyzing power quality data. The user group's purpose is to support and inform the PQView user and to provide a forum for communication and sharing of ideas among its members.
Supplemental Project Opportunities!
PQ Knowledge Development and Transfer (Formerly PS1D)
Management of power quality issues has never been an easy task, but it has grown even more difficult with deregulation, reregulation, increasingly scarce technical and strategic tools, and a conspicuous lack of unbiased resources for information, collaboration, advice, and problem solving. Moreover, with the ever-increasing use of sensitive digital and electronic equipment in today’s economy, end-use customers are not only demanding higher quality power, but also are calling upon utilities to help resolve PQ problems within customer facilities.
This supplemental project offers a number of benefits for members, including leveraging contributions by at least a 20-to-1 ratio, access to EPRI experts and industry peers, access to high-impact resources, such as documents covering a wide range of PQ topics, and access to MyPQ.epri.com, a comprehensive electronic PQ resource providing 24/7 access to more than 500 PQ case studies, PQ technical documents, PQ standards references, indexes, conference presentations, and a wealth of other resources.
New User Registration
To access most MyPQ content, you need an EPRI.com account . Please contact Bill Howe (email email@example.com) if you are an EPRI PQ Knowledge (PS1D) funder and your need for “Funder Level” access is urgent.
Call of the Month for February 2015
Via EPRI’s PQ Knowledge (PQK) Power Quality Hotline, a member asked whether there was a way to use data from a power quality meter to determine the direction of flow of harmonic currents, and thus the source. This first part of a two-part series discusses the indicators of harmonic current flow from the load into the grid. The second part will investigate flow from the grid to the load.
PQ News Builder
For EPRI PQ Knowledge funders, we have created a tool that enables you to download articles related to power quality, including high-resolution images for printing or PDF file. You can select articles on a variety of topics from our Power Quality Database and download content in HTML or RTF format, which opens in Microsoft Word.
More Supplemental Project Opportunities!
PQView® Upgrade Project Opportunity
PQView® Upgrade project opportunity: Introduction and discussion of a new supplemental project opportunity for broadly upgrading PQView.
PQView® was initially developed over 15 years ago in collaboration with utilities. Since that time, PQView has become a leading industry tool for managing large databases of power system monitoring information and for visualizing power quality data. It is used by many utilities as the foundation for collecting information from a variety of different monitors, managing the database of disturbance and steady state data, reporting on performance, and providing alarms and notifications for problem conditions.
This research initiative focuses on development and implementation of an enhanced PQView database, modernizing PQView’s architecture, and improving PQView’s Graphical User Interface (GUI). Work undertaken in each phase will be scaled – with input and guidance from project funders – to reflect overall funding. Phase 1 of this effort will create PQView Explorer v1 and PQWeb Explorer v1 – usable software that will comprise and deploy enhanced PQView capabilities as they are created.
Assessment of Retrofit Energy Saving Device (RESD) Technologies
Retrofit energy saving device (RESD) technologies have garnered attention with a variety of performance claims including reduced energy costs and power quality mitigation. This project will undertake the evaluation of one or more RESD technologies to compare performance in the lab and field to performance claims.