In earlier days, closed loop control is widely used for conventional DC-DC converters (boost, buck-boost and etc.) to analyze their voltage stability at load side. Among these converters boost converter arises high input current ripple, buck converter produces high output voltage ripples and buck-boost converter produces harmonics at load side even if they are controlled through the closed loop Proportional Integral controllers but currently SEPIC converter is utilized as one type of buck-boost converter in industrial power electronic appliances. So, SEPIC converter with closed loop control increases the output voltage stability, efficiency and continuous output current without producing any ripples and harmonics at load side. But SEPIC converter can’t produce efficiency and higher voltage gain even if it is operated in closed loop control system. Coming across with the Modified SEPIC Converters, it can produce continuous current and higher voltage gain for the DC micro grid system. In this article closed loop control of Modified SEPIC Converter for DC micro grid is analyzed and obtained simulation results of continuous output current, output voltage stability in improved manner with reducing the peak over shoot of output voltage wave form comparing with the open loop control of Modified SEPIC Converter by the application of PSIM software.
REFERENCES
1.
Kazimierczuk
M.K.
, Cravens II RC. Closed loop characteristics of voltage-mode-controlled PWM boost DC–DC converter with an integral-lead controller
. J Circ Syst Compt
1994
;4
:429
–58
.2.
Forsyth
A.J.
, Mollov
S.V.
Modeling and control of DC–DC converters
. Power Engng J
1999
;Oct:229
–36
.3.
N.
Mohan
, W. P.
Robbins
, and T. M.
Undeland
, Power Electronics: Converters,Applications, and Design. Hoboken
, NJ, USA
: John Wiley & Sons
, 2003
.4.
R. W.
Erickson
and D.
Maksimovic
, Fundamentals of Power Electronics
, 2nd ed. New York, NY, USA
: Kluwer Academic/Plenum Publishers
, 2001
.5.
H. D.
Venable
, “The K factor: A new mathematical tool for analysis and synthesis
,” Proc. of Powercon
10
, pp. 1
–12
, Mar. 22–24, 1983
.6.
A.
Vangari
, D.
Haribabu
, and J. N.
Sakamuri
, “Modeling and control of DC/DC boost converter using K-factor control for MPPT of solar PV system,” 2015 International Conference on Energy Economics and Environment (ICEEE)
, pp. 1
–6
, Noida
, 2015
.7.
A.
Ghosh
and S.
Benerjee
, “Control of switched-mode boost converter by using classical and optimized type controllers
,” CEAL
, vol. 17
, no. 4
, pp. 114
–125
, 2015
.8.
A.
Ghosh
, S.
Benerjee
, M. K.
Sarkar
, and P.
Dutta
, “Design and implementation of Type-II and Type-III controller for DC-DC switched-mode boost converter by using K-factor approach and optimisation techniques
,” IET Power Electronics
, vol. 9
, no. 5
, pp. 938
–950
, 2016
.9.
S. S.
Dash
and B.
Nayak
, “Control analysis and experimental verification of a practical DC–DC boost converter
,” J. of Elec. Sys. and Inf. Tech.
, vol. 2
, no. 3
, pp. 378
–390
, Dec. 2015
. [Online]. Available:https://www.sciencedirect.com/science/article/pii/S2314717215000549?via%3Dihub10.
L.
Prakash
, A. M.
Sundaram
, and S.
Jesudaiyan
, “A simplified time-domain design and implementation of cascaded PI-sliding mode controller for DC-DC converters used in off-grid photovoltaic applications with field test results
,” Sadhana
, vol. 42
, no. 5
, 687
–699
, 2017
.11.
A.
Karimi
, D.
Garcia
, and R.
Longchamp
, “PID controller tuning using Bode’s integrals
,” IEEE Transactions on Control Systems Technology
, vol. 11
, no. 6
, pp. 812
–821
, 2003
.12.
K. G.
Remya
, C.
Abraham
, and R. J.
Babita
, “A slope compensated current mode controlled boost converter
,” Communications in Computer and Information Science. CCIS
305
, pp. 69
–76
, 2012
. [Online]. doi:13.
H.
Yao
, “Modeling and design of a current mode control boost converter
,” M.S. Thesis, Colorado State Univ., Fort Collins, CO
, USA
, 2012
.14.
P.
Mattavelli
, “Digital control of DC-DC boost converters with inductor current estimation
,” Nineteenth Annual IEEE Applied Power Electronics Conference and Exposition
, 2004
. APEC ‘04, vol. 1
, pp. 74
–80
, 2004.15.
L.
Yushan
, K. R.
Vennorsdel
, A. J.
Zirger
, M.
Norris
, and D.
Maksimovic
, “Current mode control for boost converters with constant power loads
,” IEEE Transactions on Circuits and Systems I: Regular Articles
, vol. 59
, no. 11
, pp. 198
–206
, 2012
.16.
J. G.
Muñoz
, G.
Gallo
, G.
Osorio
, and F.
Angulo
, “Performance analysis of a peak-current mode control with compensation ramp for a boost-flyback power converter
,” Journal of Control Science and Engineering
, vol. 2016
, article ID 7354791, 2016
.17.
Narasimharaju
, B.L.
; Dubey
, S.P.
; Singh
, S.P.
, “Voltage mode control of coupled inductor bidirectional DC to DC converter
,” Electron Devices and Solid-State Circuits (EDSSC), 2010 IEEE International Conference of
, vol., no., pp. 1
, 6
, 15
–17
Dec. 2010
.18.
Usman
Nasir
, Z.
Iqbal
, M. T.
Rasheed
, and M.K.
Bodla
, “Voltage Mode Controlled Buck Converter Under Input Voltage Variations
”, 2015
IEEE
978-1-4799-7993-6/15.19.
Pandav Kiran
Maroti
, Sanjeevikumar
Padmanaban
, Jens Bo
Holm-Nielsen
, Mahajan
Sagar Bhaskar
. Mohammad
Meraj
, and Atif
Iqbal
, “A New Structure of High Voltage Gain SEPIC Converter for Renewable Energy Applications
” July 23, doi: .20.
Wuhua
Li
, Member, IEEE, and Xiangning He, Fellow Review of Nonisolated High-Step-Up DC/DC Converters in Photovoltaic Grid-Connected Applications
, IEEE IEEE TRANSACTIONS ON INDUSTRIAL ELECTRONICS
, VOL. 58
, NO. 4
, APRIL 2011
1239
.21.
M.
Truntic
and M.
Milanovi
, “Voltage and Current-Mode Control for a Buck-Converter based on Measured Integral Values of Voltage and Current Implemented in FPGA
” IEEE Trans. on Power Electronics
, vol. 29
, no. 12
, pp. 6686
–6699
, Dec., 2014
.22.
Daniel W.
Hart
“power electronics
” The McGraw-Hill Companies
.23.
Inman
, Daniel
J.
“Engineering Vibrations
,” NJ
: Pearson Education, Inc
. 2007
, pp. 43
–48
.24.
Krishna Gopi
R.
, Moulali
S.
(2017
), ‘Design of coupled inductor based closed loop controller for two-switch buck-boost converter with induction motor applications
’,International Journal of Applied Engineering Research
, 12
(Special Issue 1
),PP. 506
–514
.25.
Kumar
M.K.
, Mahendra
K.
(2017
), ‘High step-up dc-dc converter with closed loop control for photovoltaic system with split converter fed srm drive
’,International Journal of Applied Engineering Research
, 12
(Special Issue 1
),PP. 611
–623
.26.
Prasad
J.S.
, Obulesh
Y.P.
, Babu
C.S.
(2017
), ‘FPGA controlled Five-level soft switching full bridge dc-dc converter topology
’,Journal of Electrical Systems
, 13
(2
),PP. 266
–284
.27.
Ramesh
V.
, Kusuma Latha
Y.
(2017
), ‘Comparison between interleaved boost converter based 6-switch and 4-switch VSI fed PMBLDC motor drive
’,Journal of Theoretical and Applied Information Technology
, 95
(16
),PP. 3930
–3948
.28.
Ramesh
V.
, Latha
Y.K.
(2017
), ‘Performance improvement of grid connected PV system using new converter topologies
’,Proceedings of the 2017 2nd IEEE International Conference on Electrical, Computer and Communication Technologies, ICECCT
2017.29.
Prasadarao
K.V.S.
, Yarra
M.S.
, Maddi
S.P.K.
(2017
), ‘Comparative analysis of fuzzy and PI controller based two switch buck-boost converter for power factor correction
’,International Journal of Applied Engineering Research
, 12
(Special Issue 1
),PP. 294
–301
.30.
Srilatha
A.
, Pandian
A.
(2017
), ‘Design & simulation of three input boost converter for HEV application
’,Journal of Advanced Research in Dynamical and Control Systems
, 9
(),PP. 1569
–1579
.31.
Yenugula
B.R.
, Zia-Ur-Rahman
(2018
), ‘Transformer less high DC-DC converter based on Cockcroft voltage multiplier for photovoltaic application
’, Journal of Engineering and Applied Sciences
, 13
(), PP. 5255
–5257
32.
Selvakumar
R.
, Sujatha
M.
, Palanikumar
S.
(2018
), ‘ROAC: Recursive optimization of Ant Colony assisted perturb and observe for a photo voltaic resonant boost converter
’, International Journal of Engineering and Technology(UAE)
, 7
(1.3
Special Issue 3), PP. 150
–156
33.
Deepika
K.K.
, Vijaya Kumar
J.
, Kesava Rao
G.
(2019
), ‘Time-domain simulations of single-phase enhanced PLL for power converters under distorted grid conditions
’, International Journal of Recent Technology and Engineering
, 8
(2
), PP. 3053
–3057
.34.
Bharat
V.
, Bharadwaj
Y.S.
, Naidu
Y.V.V.
, Rao
D.N.
(2019
), ‘An advanced non isolated with dc micro grids connected high-efficiency single-input high multiple-output dc-dc converter
’, International Journal of Innovative Technology and Exploring Engineering
, 8
(6
), PP. 1065
–1068
.35.
Narasimha Rao
D
., Srinivas
Varma
P., ‘Power quality enhancement in dpfc using multi level inverter and re boost converter
’, Journal of Green Engineering
, 10
(9
).
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