Published by P. M. Balasubramaniam1 and S. U. Prabha2*1Department of Electrical and Electronics Engineering, Sri Shakthi Institute of Engineering and Technology, Coimbatore, India2Department of Electrical and Electronics Engineering, Sri Ramakrishna Engineering College, Coimbatore, India *Corresponding author. E-mail: baluanujayen@gmail.com AbstractClassically, the aim of the electric power system is to generate electrical energy and to deliver thisContinue reading “Power Quality Issues, Solutions and Standards: A Technology Review”
Tag Archives: IEEE
Using IEEE PQDIF, IEEE COMTRADE, and IEC 61850 as PQ Monitoring Data Sources
Published by Daniel Sabin, Beverly, Massachusetts, USA. Email: dsabin@electrotek.com Electrotek Concepts, International Smart Grid and Power Quality Forum, Taipei, Taiwan, 2012/06/25
Voltage Flicker Calculation Methodology
Published by Trishia Swayne, P.E., Leidos.
Power Quality Issues, Problems, Standards & Their Effects in Industry with Corrective Means
Published by S.Khalid, Email: saifonline@rediffmail.com, & Dr. Bharti Dwivedi, Email: bharti_dwivedi@yahoo.com, Department of Electrical Engineering, I.E.T., Lucknow, India. International Journal of Advances in Engineering & Technology, May 2011. ©IJAET ISSN: 2231-1963 ABSTRACT Latest innovative ideas to make the life easier using the technology depends upon the application of power electronics in turn about power quality.Continue reading “Power Quality Issues, Problems, Standards & Their Effects in Industry with Corrective Means”
Key Changes and Differences between the New IEEE 519- 2014 Standard and IEEE 519-1992
Written by Ian Wallace, Chief Engineer, Power Quality Solutions, TCI® Technical Paper. Introduction IEEE Std 519-2014 is a newly published revision to the IEEE Recommended Practice and Requirements for Harmonic Control in Electric Power Systems. It supersedes the IEEE Std 519-1992 revision. The overarching goal of the 2014 revision is the same as the 1992Continue reading “Key Changes and Differences between the New IEEE 519- 2014 Standard and IEEE 519-1992”
Revised IEC and IEEE Standards for PQ Measurements for Users of PQ Monitoring Equipment
New and revised Standards for Power Quality measurements from IEC and IEEE and their benefit to users of PQ monitoring equipment that is compliant with these new standards general information refer to the actual standard for additional details. IEC 61000-4-30 Class A Edition 3 The IEC 61000-4-30 Class A standard defines the measurement methods, timeContinue reading “Revised IEC and IEEE Standards for PQ Measurements for Users of PQ Monitoring Equipment”
Power Quality Standards
Published by Mark McGranaghan, Electrotek Concepts, Inc. Electrical Contractor Magazine, Power Quality for the Electrical Contractor Course Introduction Power quality has always been important. However, for many years the equation defining power quality was very simple: POWER QUALITY = RELIABILITY Customer loads were linear in nature. When a sinusoidal voltage was supplied to them, theyContinue reading “Power Quality Standards”
Power Quality Standards Overview (2002 to 2020)
Published By Terry Chandler Director of Engineering, Power Quality Thailand LTD/Power Quality Inc., USA. June 2002Emails: terryc@powerquality.org, terryc@powerquality.co.th
IEEE 1366 Reliability Indices
Published by John Teixeira, National Grid, IEEE Boston Section, February 19, 2019.
The Effects of Changes to IEEE 519-1992 to 2014
Published by EATON, Powering Business Worldwide, Application Note AP040094EN, Effective November 2014 Introduction Recent changes have been made to IEEE 519. These revisions add clarity to the 1992 document as well as present new definitions, methods and recommendations. This brief summary of changes to IEEE 519 as it pertains to low voltage adjustable frequency drivesContinue reading “The Effects of Changes to IEEE 519-1992 to 2014”
Power Quality Blog 