Study of Power Quality Phenomenon Based on Design and Simulation of Boost Type PFC Converters
Keywords:
Boost Converter, THD, ACM, Power QualityAbstract
This paper present design and simulation of boost type Power Factor Correction (PFC) converter which improved the power quality. With the enormous development in the usage of power converters circuits like rectifiers which is non linear loads, the current drawn by these non- linear loads will not follow the supply voltage (i.e. non simulation). This results in high Total Harmonic Distortion (THD) and poor Power Factor (PF). Hence there is a need of converter topology to improve the PF and reduce line current harmonic. Boost type PFC converters is most popular topology for improving the PF in supply AC side. Average Current Mode (ACM) control technique is employed to control the boost converter in Continuous Conduction Mode (CCM). Simulation of proposed system is carried out using MATLAB/ Simulink platform.
How to cite this article:
Vijay S, Ali S. Study of Power Quality Phenomenon Based on Design and Simulation of Boost Type PFC Converters. J Adv Res Power Electro Power Sys 2020; 7(3): 6-10.
DOI: https://doi.org/10.24321/2456.1401.202005
References
Zhe C. Boost APFC device design[J]. Electrical technology 2010; 1: 45-50.
Jovanovic MM, Jang Y. State-of-the-art, single phase, active power factor-correction techniques for high power applications-an overview. Industrial Electronics,
IEEE Transactions on 2005; 52: 701-708.
Zhang AW, Zhang MT, Lee FC et al. Conducted EMI analysis of a boost PFC Circuit. Proc. IEEE Applied Power Electronics coni. APEC-2009; 1.
Crebier J, Brunello M, Ferrieux JP. A new method for EMI study in PFC rectifiers. Proc. IEEE Power Electronics Spc Coni PESC-20J J. 855-860.
Brown R, Soldano M. One Cycle Control IC Simplifies PFC Designs. IEEE Applied Power Electronics Conference. 2005: 825-829, 6-202.
Maksimovic D, Jang Y, Erickson R. Non linear carrier control for high power factor Boost rectifier. IEEE Trans 1996; 11(4): 578-584.
Sebastián J, Lamar DG, Arias M et al. The Voltage Controlled Compensation Ramp: A New Wave shaping Technique for Power Factor Correctors. IEEE Applied
Power Electronics Conference, 2008; 722-728.
Buso S, Spiazzi G, Tagliavia D. Simplified control technique for high-power-factor Flyback, Cuk and SEPIC rectifiers operating in CCM. IEEE Trans. Industry
Applications 2000; 36(5): 1413-1418.
Lazar J, Cuk S. Open loop control of a unity power factor,discontinuous conduction mode rectifier. INTELEC 1995; 671-677.
Kumawat RK, Chourasiya S, Agrawal S et al. Self-excited induction generator: A review. IARJSET, NCREE-2015; 2: 37-42. ISSN (Online) 2393-8021, ISSN (Print) 2394-1588.
Peng FZ, Akagi H. A new approach to harmonic compensation in power systems- a combined system of shunt passive and series active filters. IEEE Trans
Ind Appl 1990; 26: 983-990.
Bing Z, Chent M, Miller SKT et al. Recent Developments in Single-Phase Power Factor Correction. IEEE Power Conversion Conf., Nagoya. 2007.
Kumawat RK, Agrawal S, Chourasiya S et al. A Comparative Study of Power Inverter Topology and Control Structures for Renewable Energy Recourses.
IARJSET, NCREE. 2015; 2(1): 350-354, ISSN (Online) 2393-8021, ISSN (Print) 2394-1588.
Singh B, Singh BN, Chandra A. A review of single phase improved power quality AC_DC converters. IEEE Trans Ind Electron 2003; 50: 96-981.
Tomioka S, Terashi H, Sonoda T. Interleaved-boost fullbridge PFC converters, Proc. IEEE PESC 16. 2005; 2339-2344.
Kumawat RK, Palwalia DK. A comprehensive analysis of reduced switch count multilevel inverter. Australian Journal of Electrical and Electronics Engineering,
Taylor and Francis journals 2019. DOI:10.1080/1448 837X.2019.1693884.
Kumawat RK, Palwalia DK. Half bridge module asymmetric multilevel inverter based on novel PWM control strategy. IEEE 6 International Conference on
Computer Applications in Electrical Engineering-Recent Advances (CERA), Roorkee 2017; 303-307.
