A New Compensation Method for High Current Non-Linear Loads

Ruminot, P.; Morán, L.; Aeloiza, Eddy; Enjeti, P.N.; Dixon, J.

doi:10.1109/isie.2006.295690

Cited by 8 publications

(1 citation statement)

References 8 publications

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“…Over the years, there has been an incessant proliferation of nonlinear type of loads due to the rigorous use of power electronic control in all branches of industry as well as by the common consumers of electric energy (Aredes, 1991;Moran, 1995;Maniya, 2013;Ruminot, 2006). This solid state control of ac power using thyristors and other semiconductor switches is extensively used to feed controlled electric power to electrical loads, for example adjustable speed drives (ASD's) furnaces, computer power supplies, etc.…”

Section: Introductionmentioning

confidence: 99%

Application of Adaptive Tabu Search Algorithm in Sinusoidal Fryze Voltage Control based Hybrid Series Active Power Filter

Khalid

Kumar

Mishra³

2014

International Journal of Energy Optimization and Engineering

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A novel hybrid series active power filter to eliminate harmonics and compensate reactive power is presented and analyzed. The proposed active compensation technique is based in a hybrid series active filter using adaptive Tabu search (ATS) algorithm in the conventional Sinusoidal Fryze voltage (SFV) control technique. Optimization of the conventional Sinusoidal Fryze voltage control technique has been done using adaptive tabu search algorithm. This paper discusses about the comparative performances of conventional Sinusoidal Fryze voltage control strategy and ATS-optimized controllers. ATS algorithm has been used to obtain the optimum value of Kp and Ki. Analysis of the hybrid series active power filter system under non linear load condition and its impact on the performance of the controllers is evaluated. Effectiveness of the hybrid series active power filter to provide harmonic damping is demonstrated by MATLAB/Simulink results. Total harmonic distortion (THD) demonstrates the practical viability of the controller for hybrid series active power filter to provide harmonic isolation of non-linear loads and to comply with IEEE 519 recommended harmonic standards.

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Section: Introductionmentioning

confidence: 99%

Application of Adaptive Tabu Search Algorithm in Sinusoidal Fryze Voltage Control based Hybrid Series Active Power Filter

Khalid

Kumar

Mishra³

2014

International Journal of Energy Optimization and Engineering

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ECG interference suppressed using a harmonic generator

Davie

Fowler

Koumoundouros

2009

Australas. Phys. Eng. Sci. Med.

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Non-linear loading of the utilities supply introduced significant electromagnetic field (EMF) interference severe enough to disrupt electrocardiograph (ECG) monitoring and recordings in the new Emergency Department (ED) at the Royal Melbourne Hospital (RMH). This interference was evident even though standard Mu-metal shielding had been installed over the main hospital power feed which runs underneath the department. Investigations revealed that the source of the interference was due to 3rd harmonic currents flowing in the mains cable. This interference was suppressed by introducing third harmonic current into the main power cable in anti-phase to the interfering signal.

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Voltage harmonic reduction using passive filter shunt passive-active filters for non-linear load

RAJESHWARI

Bagwari²

2017

2017 7th International Conference on Communication Systems and Network Technologies (CSNT)

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A New Compensation Method for High Current Non-Linear Loads

Cited by 8 publications

References 8 publications

Application of Adaptive Tabu Search Algorithm in Sinusoidal Fryze Voltage Control based Hybrid Series Active Power Filter

Application of Adaptive Tabu Search Algorithm in Sinusoidal Fryze Voltage Control based Hybrid Series Active Power Filter

ECG interference suppressed using a harmonic generator

Voltage harmonic reduction using passive filter shunt passive-active filters for non-linear load

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