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- Title
Improved Integrated Battery Charging Circuit for Hybrid Electric Vehicle Applications.
- Authors
Sindhu, P.; Yaseen, M. D.; Kumar, T. Anil
- Abstract
This research provides the battery charging&an estimation of voltage ripple controllers for hybrid electric vehicles based on the fuzzy logic controller (FLC). This article presents a circuit design for a 1-phase bi-directional OBCutilizing a starting generator&its driving inverter (HEVs). In HEV, a variety of power electronics components play an important role. By including the power relays into generator drive scheme, the suggested circuit includes the ability to charge batteries. As a result, traditional OBCs are often located distant from the car, increasing the vehicle's power density. The model predictive current controller with fuzzy logic is suggested. The charging circuit allows for bidirectional performance&reliability from the grid to the vehicle&from the vehicle to the grid, which may enhance the harmonic frequency of grid current. The simulation findings reveal that the recommended enhanced integrated required to charge system modeling&development technique is valid&viable.
- Subjects
ELECTRIC circuits; HYBRID integrated circuits; ELECTRIC controllers; HYBRID electric vehicles; ELECTRIC vehicles; POWER electronics; POWER density
- Publication
Turkish Online Journal of Qualitative Inquiry, 2021, Vol 12, Issue 8, p4400
- ISSN
1309-6591
- Publication type
Article