Simulation of a bi-directional buck-boost converter and application for the vehicle to grid, grid to vehicle

  • Swagata Banerjee


This paper presents a bidirectional buck-boost converter for bidirectional power flow, electric vehicle applications, and for power flow from source to load and load to source. Which is a vehicle to grid and grid to vehicle in terms of electric vehicle applications. The simulation has been done on a bidirectional buck-boost converter in MATLAB software using a hybrid energy storage system. Simulation proves the suitability for usage in electric vehicle applications and a hardware prototype has been created of the bidirectional buck-boost converter to verify the results of the converters working. In this converter soft switching can be used to reduce switching losses at many parts and to increase the overall efficiency of the bidirectional buck-boost converter.

Keywords: battery, bi-directional converter, soft switching, grid to the vehicle, vehicle to grid


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[1] TIDesigns:TIDA-BIDIR-400-12,
[2] A. k. Gupta, B. M. Reddy, D. Kumar, P. Samuel, “BBBC based Optimization of PI Controller Parameters for Buck Converter,” i-PACT 2017, Vellore Institute of Technology, Vellore, Tamilnadu, India, (2017)
[3] B. M. Reddy, P. Samuel, “Analysis of Isolated Bi-Directional dc-dc Converters for Performance Enhancement of PV System and Energy Storage System,” PIICON-2016, Government engineering college, Bikaner, India, (2016)
[4] Author, SHUO LIU, XU XIE, AND LI YONG YANG, “Analysis, Modeling, and Implementation of a Switching Bi-Directional Buck-Boost Converter Based on Electric Vehicle Hybrid Energy Storage for V2G System, IEEE Access volume 8,2020”
[5] Huang W, Moschopoulos G. A New Family of Zero-Voltage-Transition PWM Converters With Dual Active Auxiliary Circuits. IEEE Trans Power Electron. 2006;21(2):370–9.
[6] Do H-L. Soft-Switching SEPIC Converter With Ripple-Free Input Current. Ieee Trans Power Electron. 2012;27(6):2879–87
[7] Outeiro M. T, Buja G CD. Resonant Power Converters. Power [Internet]. 2016;7(June):21–45.
[8] Gu Y, Hang L, Chen S, Du Y. Research on Control Type Soft Switching Converters. In: 35th Annual IEEE Power Electronics Specialists Conference. 2004. p. 1470–5.
[9] Martins ML, Russi JL, Hey HL. Low reactive energy ZCZVT PWM converters: Synthesis, analysis, and comparison. PESC Rec - IEEE Annu Power Electron Spec Conf. 2005;2005:1234–40.
[10] Tuomainen V, Kyyrä J. Effect of resonant transition on the efficiency of the forward converter with active clamp and self-driven SRs. IEEE Trans Power Electron. 2005;20(2):315–23.
[11] Martins ML, Russi JL, Pinheiro JR, Hey HL. Novel resonant transition PWM inverters: Synthesis and analysis. PESC Rec - IEEE Annu Power Electron Spec Conf. 2006;
[12] Akin B, Bodur H. A new single-phase soft-switching power factor correction converter. IEEE Trans Power Electron. 2011;26(2):436–43.
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How to Cite
Banerjee, S. (2022). Simulation of a bi-directional buck-boost converter and application for the vehicle to grid, grid to vehicle. Asian Journal For Convergence In Technology (AJCT) ISSN -2350-1146, 8(1), 24-27.