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RDF description of Control Strategy for a Dedicated On-Board Isolated Battery Charger - http://orbis.uaslp.mx/vivo/individual/scopus10518
rights: termsOfUse
date: 2026-08-27T06:05:22
publisher: vivo
type: Document

Article
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2022 IEEE International Autumn Meeting on Power, Electronics and Computing, ROPEC 2022
type: Book
type: Information Content Entity
type: Document
publication venue for: Control Strategy for a Dedicated On-Board Isolated Battery Charger
type: Proceedings
type: Entity
type: Continuant
type: Thing
type: Generically Dependent Continuant

Information Content Entity
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Control Strategy for a Dedicated On-Board Isolated Battery Charger
type: Document
type: Generically Dependent Continuant
origen: scopus
EI dscopus: 2-s2.0-85147539914
related by: authorship_71081
has publication venue: 2022 IEEE International Autumn Meeting on Power, Electronics and Computing, ROPEC 2022
type: Conference Paper
type: Continuant
related by: authorship_71084
related by: authorship_71082
abstract: This paper presents the design and modeling of a controller applied to a battery charger. The battery charger topology is composed of two stages: the Power Factor Compensation stage and the isolated DC-DC power supply. The first one consists of a boost-rectifier stage connected to the grid and is based on Full-bridge topology; the second stage is an isolated DC-DC power supply associated with the battery charging. The last is composed of three main components, an inverter that generates high-frequency AC to induce a magnetic field of a transformer; the transformer provides galvanic isolation to the battery side, and a bridge rectifier connected to the batteries. Both stages are linked by a capacitor which in turn acts as the output of the PFC boost-rectifier stage and behaves as a constant input source to the DC conversion stage. Thus, the proposed control law consists of three main loops. The current control loop aims to guarantee a power factor close to the unity. The DC voltage mode control loop is intended to regulate the DC capacitor voltage. And, the battery charging control loop is intended to assure proper battery charging. For the last, the constant-current and constant-voltage charging profiles are considered. Besides, adaptive estimators are considered to deal with parametric uncertainties of the input impedance. Finally, numerical results are obtained to evaluate the proposed control law. © 2022 IEEE.
crisid: 10519
related by: authorship_71083
freetext keyword: Boost converter; Closed loop control systems; Control theory; Electric inverters; Electric power factor correction; Electric rectifiers; Power electronics; Rectifying circuits; Secondary batteries; Topology; Battery chargers; Boost rectifier; Control laws; Control loop; Control strategies; DC-DC power supply; Design and modeling; Isolated battery chargers; Power factor compensation; Rectifier stage; Charging (batteries)
doi: 10.1109/ROPEC55836.2022.10018608
type: Entity
estado: published
date time value: conference paper date 10519
type: Information Content Entity
most specific type: Document
type: Thing
type: Article
most specific type: Conference Paper

Conference Paper
type: Class