A Single-Phase Single-Stage Current Source Inverter With Buck-Boost Capability and Reduced Inductor

For the conventional single-phase current source inverter (CSI), a large inductor is needed to stabilize the input current, which increases system volume, cost, and losses. In this article, a single-phase single-stage CSI with its operation principle is proposed. Different from conventional CSIs whe...

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Published inIEEE journal of emerging and selected topics in power electronics Vol. 12; no. 4; pp. 3505 - 3515
Main Authors Si, Yibo, Wang, Hongliang, Zhu, Xiaonan, Jiang, Yang, Gui, Xi, Li, Jiaxin, Yue, Xiumei
Format Journal Article
LanguageEnglish
Published Piscataway IEEE 01.08.2024
The Institute of Electrical and Electronics Engineers, Inc. (IEEE)
Subjects
Buck-boost inverter
Capacitors
current source inverter (CSI)
Current sources
Electric potential
Inductance
Inductors
Inverters
Mathematical models
Phase current
pulsewidth modulated power converter
Topology
Voltage
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Abstract For the conventional single-phase current source inverter (CSI), a large inductor is needed to stabilize the input current, which increases system volume, cost, and losses. In this article, a single-phase single-stage CSI with its operation principle is proposed. Different from conventional CSIs where only voltage-boost operation is supported, the input dc-link voltage of the proposed CSI can be higher than the peak value of output voltage (buck mode), and it can also be lower than the peak value of output voltage (boost mode). So, it is very suitable for occasions with a wide input voltage range. Moreover, the input inductor current can be balanced within per switching cycle using the proposed operation strategy. As a result, the input inductor and output filter capacitor are decreased. First, the derivation and operating modes of the CSI are given in detail. Then, the design guidelines of the components are presented, and a comparison with some existing CSIs has been made. A 1 kW prototype is also built and tested in the laboratory, the experimental results are presented to verify the effectiveness of the proposed CSI and control strategy.
AbstractList For the conventional single-phase current source inverter (CSI), a large inductor is needed to stabilize the input current, which increases system volume, cost, and losses. In this article, a single-phase single-stage CSI with its operation principle is proposed. Different from conventional CSIs where only voltage-boost operation is supported, the input dc-link voltage of the proposed CSI can be higher than the peak value of output voltage (buck mode), and it can also be lower than the peak value of output voltage (boost mode). So, it is very suitable for occasions with a wide input voltage range. Moreover, the input inductor current can be balanced within per switching cycle using the proposed operation strategy. As a result, the input inductor and output filter capacitor are decreased. First, the derivation and operating modes of the CSI are given in detail. Then, the design guidelines of the components are presented, and a comparison with some existing CSIs has been made. A 1 kW prototype is also built and tested in the laboratory, the experimental results are presented to verify the effectiveness of the proposed CSI and control strategy.
Author Zhu, Xiaonan
Si, Yibo
Wang, Hongliang
Li, Jiaxin
Yue, Xiumei
Gui, Xi
Jiang, Yang
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SubjectTerms Buck-boost inverter
Capacitors
current source inverter (CSI)
Current sources
Electric potential
Inductance
Inductors
Inverters
Mathematical models
Phase current
pulsewidth modulated power converter
Topology
Voltage
Title A Single-Phase Single-Stage Current Source Inverter With Buck-Boost Capability and Reduced Inductor
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Volume 12
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