Electric Vehicle Battery Charger with Improved Power Quality Cuk-Derived PFC Converter

Ananthapadmanabha, B. R.; Maurya, Rakesh; Arya, Sabha Raj; Babu, B. Chitti

doi:10.13052/jge1904-4720.71211

Cited by 4 publications

(3 citation statements)

References 14 publications

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“…The spillage inductance of the coupling inductor is used to accomplish Zero-Voltage Switching (ZVS). The current load on the charge siphon capacitors and the reducing speed of the diode charge can be limited because the use of the coupling inductor and output charge is non-pulsating [26].…”

Section: Integration Of Cuk-ky Convertersmentioning

confidence: 99%

Comprehensive Review of KY Converter Topologies, Modulation and Control Approaches With Their Applications

Kumar¹,

Raja²,

Sanjeevikumar

et al. 2022

IEEE Access

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In the current scenario, the challenging task of designing a DC-DC converter has high voltage gain and small output ripple waves, which researchers deal with in highly complicated Because of its topological and continuous conduction mode (CCM), the KY converters have developed a better converter than all the traditional DC-DC converters to overcome this intricacy of voltage transfer gain and output ripple waves. The KY converters had various qualities when compared with the boost converter with Synchronous Rectifier (SR). The KY converter is used in photovoltaic and sustainable power applications, which are examined in this study. For example, the KY converter incorporates mode-1 and mode-2 operation and its types, for example, one plus D and one plus 2D, where the KY can deliver the Nth type of KY converter. This article provides a comprehensive review and investigation of the KY converters, which incorporates their topology with control methodologies, Pulse Width Modulation (PWM) techniques, working activity of KY converters, and types for mode-1 and mode-2; it interprets the few strategies the KY converter executes and its applications.

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Section: Integration Of Cuk-ky Convertersmentioning

confidence: 99%

Comprehensive Review of KY Converter Topologies, Modulation and Control Approaches With Their Applications

Kumar¹,

Raja²,

Sanjeevikumar

et al. 2022

IEEE Access

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show abstract

“…Thus, DC-DC converter is used as interfacing device between the load and the RR to match the impedence. The DC-DC converter equivalent resistance versus duty cycle characteristics are also presented in Table 2 for MPPT algorithm for any renewable energy system [36,37].…”

Section: Selection Of Power Converters Topologymentioning

confidence: 99%

Study on Renewable DistributedGeneration, Power Controller and IslandingManagement in Hybrid Microgrid System

Kumar

Periasamy

Vijayakumar

2018

JGE

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This paper presents the latest trends and challenges in renewable based distributed power generation, control, and islanding management in hybrid microgrid system (HMS). With evolution of distributed generation (DG), the power conversion, transmission and distribution losses have been reduced significantly in electrical system. Further, the reliability and security of the power system network have also been enhanced with reduced carbon emission to the environment. It is witnessed in recent years that the development and implementation of emerging DC grid system with the counterpart. In this paper, we have suggested and discussed the hybrid microgrid architecture with the combination of DC as well as existing AC microgrid. Further, different sources of DG are discussed and classified for HMS. The state of art for both AC and DC bus voltages in the HMS is presented. HMS has both AC and DC natured sources and load, therefore, the power electronic converters play crucial role to enhance the performance of the HMS.

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“…Interleaved Cuk converter is used to reduce the input current ripple and also to improve transient performances. The advantages of Cuk converter having better efficiency attributable to cancellation of source current ripple, reduction of ripple content in both output voltage and current, and improvement of transient performance [2][3][4]. The step up converter generate large output voltage ripples and slow transient response due to the pulsating output capacitor current and the right-half plane zero in transfer function from duty ratio to output voltage.…”

Section: Introductionmentioning

confidence: 99%

Performance of Cuk-KY Converter Fed Multilevel Inverter for Hybrid Sources

Vasudevan¹,

Balaji²

2018

IJEECS

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<span lang="EN-US">Distributed energy source based electricity generation is an essential factor for the economic growth and development of a country. The photovoltaic, fuel cell and battery based power generation offer a high voltage gain. The DC-DC CUK converter based on both buck and boost mode of operation is proposed for high gain dc link voltage. The hybrid CUK –KY Converter based multilevel inverter is designed and implemented. Here, the main advantages of hybrid boost mode operation of Cuk converter, step up configuration is used which will result in improve conversion voltage ratio and better damping of oscillations. The DC-DC converter voltage has regulated by the maximum power point tracking and PI control based method is used. The cascaded multilevel inverter in hybrid renewable energy production integrating with switched capacitor method is designed. The proposed converter is designed and implemented in MATLAB/SIMULINK environment.</span>

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Electric Vehicle Battery Charger with Improved Power Quality Cuk-Derived PFC Converter

Cited by 4 publications

References 14 publications

Comprehensive Review of KY Converter Topologies, Modulation and Control Approaches With Their Applications

Comprehensive Review of KY Converter Topologies, Modulation and Control Approaches With Their Applications

Study on Renewable DistributedGeneration, Power Controller and IslandingManagement in Hybrid Microgrid System

Performance of Cuk-KY Converter Fed Multilevel Inverter for Hybrid Sources

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