Many loads connected to electric power systems can cause power quality problems at all voltage levels and for very different power ratings due to their unbalanced and non-linear behavior characteristics. This paper describes the aspects of power quality at the point of common coupling (PCC) where an arc furnace for steel melting with alternating current is connected. By measurements of Flicker, harmonics content in voltage and current, active and reactive power and power factor, the preservation of the reference levels for the supply voltage and emission limits for the furnace as a customer are evaluated. The evaluation of power quality of contemporary International and Argentinian standards is given. The different phases in the operatio...
Abstract:- The 3-phase electric arc furnaces represent one of the important generators of harmonic c...
This paper introduces a multilevel STATCOM for electric arc furnace power quality enhancement. An el...
Abstract — Power quality is becoming a more concern of today’s power system engineer due to rapid gr...
Power quality is of increasing concern to utilities and their customer alike. Many loads connected t...
Abstract — Power quality is of increasing concern to utilities and their customer alike. Many loads ...
Electrical Power quality is used to determine the health of the electrical power system that connect...
The paper presents the impact of work on the electric arc furnace. Arc equipment is one of the large...
Measurements and studies developed to mitigate harmonic and flicker emission to public networks are ...
Electrical power quality defines the health of power system which includes voltage and current quali...
M.Ing.\Vith electrical power networks expanding beyond their original design limits and the various ...
Arc furnaces are among the most disturbing loads connected to the high voltage systems, due to the s...
There is no doubt that monitoring power quality distortion parameters in our power grids is obligato...
The random load variation, as in case of the arc furnaces, determines random voltage variations at t...
The present paper deals with the case study of an existing ac arc furnace facility. A field measurin...
This paper presents a study of power quality problems created by an electric arc furnace (EAF) with...
Abstract:- The 3-phase electric arc furnaces represent one of the important generators of harmonic c...
This paper introduces a multilevel STATCOM for electric arc furnace power quality enhancement. An el...
Abstract — Power quality is becoming a more concern of today’s power system engineer due to rapid gr...
Power quality is of increasing concern to utilities and their customer alike. Many loads connected t...
Abstract — Power quality is of increasing concern to utilities and their customer alike. Many loads ...
Electrical Power quality is used to determine the health of the electrical power system that connect...
The paper presents the impact of work on the electric arc furnace. Arc equipment is one of the large...
Measurements and studies developed to mitigate harmonic and flicker emission to public networks are ...
Electrical power quality defines the health of power system which includes voltage and current quali...
M.Ing.\Vith electrical power networks expanding beyond their original design limits and the various ...
Arc furnaces are among the most disturbing loads connected to the high voltage systems, due to the s...
There is no doubt that monitoring power quality distortion parameters in our power grids is obligato...
The random load variation, as in case of the arc furnaces, determines random voltage variations at t...
The present paper deals with the case study of an existing ac arc furnace facility. A field measurin...
This paper presents a study of power quality problems created by an electric arc furnace (EAF) with...
Abstract:- The 3-phase electric arc furnaces represent one of the important generators of harmonic c...
This paper introduces a multilevel STATCOM for electric arc furnace power quality enhancement. An el...
Abstract — Power quality is becoming a more concern of today’s power system engineer due to rapid gr...