A Comparison Study of High-Frequency Isolated DC/AC Converter Employing an Unfolding LCI for Grid-Connected Alternative Energy Applications

A Comparison Study of High-Frequency Isolated DC/AC Converter Employing an Unfolding LCI for Grid-Connected Alternative Energy Applications

A high-frequency (HF) isolated dc/ac converter including an unfolding line connected inverter can be used as the interface between a small-scale alternative energy generation system and the utility line. This paper presents the review of operation of several different topologies of HF isolated dc/ac...

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Published in:IEEE transactions on power electronics Vol. 29; no. 8; pp. 3930 - 3941
Main Authors: Xiaodong Li, Bhat, Ashoka K. S.
Format: Journal Article
Language:English
Published: New York IEEE 01-08-2014
The Institute of Electrical and Electronics Engineers, Inc. (IEEE)
Subjects:
Alternative energy
Alternative energy generation
Alternative energy sources
Bridge circuits
Converters
Direct current
Direct power generation
Electric converters
Electrical engineering
Electricity generation
Frequencies
Frequency control
Frequency conversion
grid connection
Hafnium
Harmonic distortion
high-frequency (HF) isolation
Integrated circuits
Inverters
resonant converters
Resonant frequency
Switches
Topology
Utilities
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Abstract A high-frequency (HF) isolated dc/ac converter including an unfolding line connected inverter can be used as the interface between a small-scale alternative energy generation system and the utility line. This paper presents the review of operation of several different topologies of HF isolated dc/ac converters. They are designed for illustration purpose and compared for their performance. It is found that the dual-LCL series resonant dc/ac converter can maintain zero-voltage switching (ZVS) operation for all switches with low line-current total harmonics distortion (THD) and high efficiency. Experimental results on a 500-W prototype converter are included for validation purpose.
AbstractList A high-frequency (HF) isolated dc/ac converter including an unfolding line connected inverter can be used as the interface between a small-scale alternative energy generation system and the utility line. This paper presents the review of operation of several different topologies of HF isolated dc/ac converters. They are designed for illustration purpose and compared for their performance. It is found that the dual-LCL series resonant dc/ac converter can maintain zero-voltage switching (ZVS) operation for all switches with low line-current total harmonics distortion (THD) and high efficiency. Experimental results on a 500-W prototype converter are included for validation purpose. Published in: [PUBLICATION ABSTRACT]
A high-frequency (HF) isolated dc/ac converter including an unfolding line connected inverter can be used as the interface between a small-scale alternative energy generation system and the utility line. This paper presents the review of operation of several different topologies of HF isolated dc/ac converters. They are designed for illustration purpose and compared for their performance. It is found that the dual-LCL series resonant dc/ac converter can maintain zero-voltage switching (ZVS) operation for all switches with low line-current total harmonics distortion (THD) and high efficiency. Experimental results on a 500-W prototype converter are included for validation purpose.
Author Bhat, Ashoka K. S.
Xiaodong Li
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SubjectTerms Alternative energy
Alternative energy generation
Alternative energy sources
Bridge circuits
Converters
Direct current
Direct power generation
Electric converters
Electrical engineering
Electricity generation
Frequencies
Frequency control
Frequency conversion
grid connection
Hafnium
Harmonic distortion
high-frequency (HF) isolation
Integrated circuits
Inverters
resonant converters
Resonant frequency
Switches
Topology
Utilities
Title A Comparison Study of High-Frequency Isolated DC/AC Converter Employing an Unfolding LCI for Grid-Connected Alternative Energy Applications
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