Input-Admittance Passivity Compliance for Grid-Connected Converters With an LCL Filter

Enrique Rodriguez Diaz, Francisco D. Freijedo, Josep M. Guerrero, Juan Alberto Marrero-Sosa, Drazen Dujic

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Resumé

This paper presents a design methodology and its experimental validation for the input-admittance passivity compliance of LCL grid-connected converters. The designs of the LCL filter parameters and the discrete controller are addressed systematically, and suitable design guidelines are provided. The controller design is developed in the Z-domain, with capacitor-voltage-based active damping used as a degree of freedom to compensate for system delay effects. The role of resistive components in the circuit, which have inherent dissipative properties, is also discussed. As an outcome of the design, a passive input-admittance shaping is obtained. The theoretical development is further verified in a low-scale prototype supplied from a controllable grid simulator. For the sake of generality, different combinations of resonant to sampling frequency are tested. Experimental results fully prove the input-admittance passivity compliance.

OriginalsprogEngelsk
Artikelnummer8357486
TidsskriftIEEE Transactions on Industrial Electronics
Vol/bind66
Udgave nummer2
Sider (fra-til)1089-1097
Antal sider9
ISSN0278-0046
DOI
StatusUdgivet - feb. 2019

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Controllers
Degrees of freedom (mechanics)
Capacitors
Damping
Simulators
Compliance
Sampling
Networks (circuits)
Electric potential

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    Diaz, Enrique Rodriguez ; Freijedo, Francisco D. ; Guerrero, Josep M. ; Marrero-Sosa, Juan Alberto ; Dujic, Drazen. / Input-Admittance Passivity Compliance for Grid-Connected Converters With an LCL Filter. I: IEEE Transactions on Industrial Electronics. 2019 ; Bind 66, Nr. 2. s. 1089-1097.
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    abstract = "This paper presents a design methodology and its experimental validation for the input-admittance passivity compliance of LCL grid-connected converters. The designs of the LCL filter parameters and the discrete controller are addressed systematically, and suitable design guidelines are provided. The controller design is developed in the Z-domain, with capacitor-voltage-based active damping used as a degree of freedom to compensate for system delay effects. The role of resistive components in the circuit, which have inherent dissipative properties, is also discussed. As an outcome of the design, a passive input-admittance shaping is obtained. The theoretical development is further verified in a low-scale prototype supplied from a controllable grid simulator. For the sake of generality, different combinations of resonant to sampling frequency are tested. Experimental results fully prove the input-admittance passivity compliance.",
    keywords = "Admittance measurement, Current control, pulsewidth modulation converters, Stability criteria",
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    Input-Admittance Passivity Compliance for Grid-Connected Converters With an LCL Filter. / Diaz, Enrique Rodriguez; Freijedo, Francisco D.; Guerrero, Josep M.; Marrero-Sosa, Juan Alberto; Dujic, Drazen.

    I: IEEE Transactions on Industrial Electronics, Bind 66, Nr. 2, 8357486, 02.2019, s. 1089-1097.

    Publikation: Bidrag til tidsskriftTidsskriftartikelForskningpeer review

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