Sampling period online adjusting-based hysteresis current control without band with constant switching frequency

In this paper, a simple digital hysteresis current control (DHCC) with quasi-constant switching frequency (SF) for the current control of a single-phase grid-connected inverter (SPGI) is proposed. The hysteresis band is cancelled, and the SF is fixed by online adjusting the sampling period. The prin...

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Published inIEEE transactions on industrial electronics (1982) Vol. 62; no. 1; pp. 270 - 277
Main Authors Wu, Fengjiang, Feng, Fan, Luo, Linsong, Duan, Jiandong, Sun, Li
Format Journal Article
LanguageEnglish
Published New York IEEE 01.01.2015
The Institute of Electrical and Electronics Engineers, Inc. (IEEE)
Subjects
Adjustment
Bandwidth
Constants
Current control
Digital
Electronics
Estimation
Hysteresis
Inductors
Inverters
Online
Sampling
Switches
Switching
sampling period adjustment
switching-frequency (SF) fixation
grid-connected inverter
inductor estimation
Digital hysteresis control
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Abstract In this paper, a simple digital hysteresis current control (DHCC) with quasi-constant switching frequency (SF) for the current control of a single-phase grid-connected inverter (SPGI) is proposed. The hysteresis band is cancelled, and the SF is fixed by online adjusting the sampling period. The principle of the DHCC with constant sampling period is analyzed, and the distribution of the switching period (SP) corresponding to the phase angle of the grid is derived. The rule of online adjusting the sampling period to fix SF is then determined according to the former theoretical analysis results. Furthermore, the effect of variation of the filter inductor on the SP is analyzed. An online estimation of the filter inductor based on the linear model of the current increment within one switching cycle is developed to eliminate this kind of effect. The proposed scheme shows the features of simple control, easy implementation in a digital way, robust to the filter inductor, and excellent steady and dynamic performance. The detailed simulation and experimental results verify its accuracy and feasibility.
AbstractList In this paper, a simple digital hysteresis current control (DHCC) with quasi-constant switching frequency (SF) for the current control of a single-phase grid-connected inverter (SPGI) is proposed. The hysteresis band is cancelled, and the SF is fixed by online adjusting the sampling period. The principle of the DHCC with constant sampling period is analyzed, and the distribution of the switching period (SP) corresponding to the phase angle of the grid is derived. The rule of online adjusting the sampling period to fix SF is then determined according to the former theoretical analysis results. Furthermore, the effect of variation of the filter inductor on the SP is analyzed. An online estimation of the filter inductor based on the linear model of the current increment within one switching cycle is developed to eliminate this kind of effect. The proposed scheme shows the features of simple control, easy implementation in a digital way, robust to the filter inductor, and excellent steady and dynamic performance. The detailed simulation and experimental results verify its accuracy and feasibility.
Author Fengjiang Wu
Linsong Luo
Jiandong Duan
Fan Feng
Li Sun
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Issue 1
Keywords sampling period adjustment
switching-frequency (SF) fixation
grid-connected inverter
inductor estimation
Digital hysteresis control
Language English
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Snippet In this paper, a simple digital hysteresis current control (DHCC) with quasi-constant switching frequency (SF) for the current control of a single-phase...
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SubjectTerms Adjustment
Bandwidth
Constants
Current control
Digital
Electronics
Estimation
Hysteresis
Inductors
Inverters
Online
Sampling
Switches
Switching
Title Sampling period online adjusting-based hysteresis current control without band with constant switching frequency
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