Title :
Specification of variable frequency drive systems to meet the new IEEE 519 standard
Author_Institution :
CH2M Hill, Gainesville, FL, USA
Abstract :
The new revision of IEEE Standard 519 became official in 1993. The new standard has been greatly expanded and includes additional stringent limits on individual and total current harmonic distortion in addition to the voltage distortion and line notching limits already included in IEEE Standard 519-1981. A modern industrial power system may include variable frequency drive (VFD) loads at several locations. The new standard requires a careful “global” harmonic analysis of the entire power system to specify the right type of VFD technology for the application and ensure compliance with the standard. This paper presents a general methodology for computing voltage and current distortion in accordance with IEEE 519-1992. The paper presents a case study that further emphasizes the importance of harmonic analysis. The impact of the new standard on the state of the art of VFD technology is discussed
Keywords :
IEEE standards; harmonic analysis; harmonic distortion; industrial power systems; load (electric); motor drives; power system harmonics; variable speed drives; IEEE Standard 519; current harmonic distortion; global harmonic analysis; industrial power system; line notching limits; loads; state of the art; variable frequency drive; voltage distortion; Frequency; Guidelines; Harmonic analysis; Harmonic distortion; Helium; Industrial power systems; Power system analysis computing; Power system harmonics; Rectifiers; Voltage;
Journal_Title :
Industry Applications, IEEE Transactions on