Single-phase simplified split-source inverter (S3I) for boost DC-AC power conversion
Single-phase simplified split-source inverter (S3I) for boost DC-AC power conversion
The single-phase split-source inverter is an emerging and attractive topology for boost dc-ac power conversion system. Such an inverter features high compactness, however, at the expense of high-frequency commutations across diodes. The corresponding hybrid PWM also confines the voltage harmonics to concentrate around the switching frequency and its multiples. This paper proposes a simplified split-source inverter which is realized by inserting only one power switch into an H-bridge. While generating the ac output, the newly developed PWM strategy ensures the inductor charged with constant duty-cycle. When compared to the existing split-source inverters, it offers the added benefits of reduced switch count, enhanced voltage boosting gain, reduced output filter requirement, and enhanced power efficiency. Comprehensive steady-state analysis is discussed while simulation and experimental results are subsequently presented to prove the validity of the proposed topology and the PWM strategy.
Boost dc-ac power conversion, pulse width modulation, singlestage inverter, split-source inverter
Lee, Sze Sing
47f36964-db27-4f5e-a4d3-4b0ba78ce29e
Tan, Adrian Soon Theam
2f1536e0-9cf7-49ba-bea5-3889400bde03
Ishak, Dahaman
6d062aed-a30b-4ccf-9fc5-da6b449edfaa
Mohd-Mokhtar, Rosmiwati
1e97bd75-2335-4cc5-bd17-8164cf99c956
Lee, Sze Sing
47f36964-db27-4f5e-a4d3-4b0ba78ce29e
Tan, Adrian Soon Theam
2f1536e0-9cf7-49ba-bea5-3889400bde03
Ishak, Dahaman
6d062aed-a30b-4ccf-9fc5-da6b449edfaa
Mohd-Mokhtar, Rosmiwati
1e97bd75-2335-4cc5-bd17-8164cf99c956
Lee, Sze Sing, Tan, Adrian Soon Theam, Ishak, Dahaman and Mohd-Mokhtar, Rosmiwati
(2018)
Single-phase simplified split-source inverter (S3I) for boost DC-AC power conversion.
IEEE Transactions on Industrial Electronics.
(doi:10.1109/TIE.2018.2886801).
Abstract
The single-phase split-source inverter is an emerging and attractive topology for boost dc-ac power conversion system. Such an inverter features high compactness, however, at the expense of high-frequency commutations across diodes. The corresponding hybrid PWM also confines the voltage harmonics to concentrate around the switching frequency and its multiples. This paper proposes a simplified split-source inverter which is realized by inserting only one power switch into an H-bridge. While generating the ac output, the newly developed PWM strategy ensures the inductor charged with constant duty-cycle. When compared to the existing split-source inverters, it offers the added benefits of reduced switch count, enhanced voltage boosting gain, reduced output filter requirement, and enhanced power efficiency. Comprehensive steady-state analysis is discussed while simulation and experimental results are subsequently presented to prove the validity of the proposed topology and the PWM strategy.
Text
08584467
- Accepted Manuscript
More information
Accepted/In Press date: 25 November 2018
e-pub ahead of print date: 20 December 2018
Keywords:
Boost dc-ac power conversion, pulse width modulation, singlestage inverter, split-source inverter
Identifiers
Local EPrints ID: 427292
URI: http://eprints.soton.ac.uk/id/eprint/427292
ISSN: 0278-0046
PURE UUID: 7165c8c4-52f5-4395-98ed-77911c4a3fd7
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Date deposited: 11 Jan 2019 17:30
Last modified: 15 Mar 2024 23:48
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Contributors
Author:
Sze Sing Lee
Author:
Adrian Soon Theam Tan
Author:
Dahaman Ishak
Author:
Rosmiwati Mohd-Mokhtar
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