Supercapacitors and Battery Power Management ...

Supercapacitors and Battery Power Management for Hybrid Vehicle Applications Using Multi Boost Full Bridge Converters

Author Name : Ganesh Guguloth, Maloth Laxman, Ravi Bukya, B. Mangu

DOI: https://doi.org/10.56025/IJARESM.2023.11123425

ABSTRACT

Super capacitors and battery association approach for hybrid vehicles are presented in this study. This test is for two motors connected to one alternator each, two lead-acid batteries with a rated voltage of 540 V, and other equipment. Rectifiers feed a DC-bus from the alternators. This essay's major goal is to investigate how two super capacitor packs regulate their energy output. Super capacitors are storage components that allow hybrid vehicles to be powered at their peak levels under transient conditions.The 108 cells in each super capacitor module have a maximum voltage of 270V. To determine the optimal topology for the power management of the embarked system, the multi boost and multi full bridge converter topologies are explored. The use of the multiple boost and multiple full bridge converter topologies in this manner resulted in a successful power management strategy. In MATLAB/SIMULINK, the parameters are assessed and the findings are displayed.

Keywords: Battery, hybrid Electric Vehicle, Full bridge, Multi boost converter, Rectifiers.