Control Design of a Single-Phase Inverter Operating With Multiple Modulation Strategies and Variable Switching Frequency
This article presents a control linearization technique for a single-phase single-stage inverter with multiple modulation strategies. The power topology is based on an flying capacitor multi-level (FCML) inverter, and the control is based on the plant inversion. The proposed technique allows decoupl...
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| Veröffentlicht in: | IEEE transactions on power electronics 2021-02, Vol.36 (2), p.2407-2419 |
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| container_end_page | 2419 |
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| container_title | IEEE transactions on power electronics |
| container_volume | 36 |
| creator | Ramos, Regina Serrano, Diego Alou, Pedro Oliver, Jesus Angel Cobos, Jose Antonio |
| description | This article presents a control linearization technique for a single-phase single-stage inverter with multiple modulation strategies. The power topology is based on an flying capacitor multi-level (FCML) inverter, and the control is based on the plant inversion. The proposed technique allows decoupling the control of the input current and the output voltage, which simplifies the control in two ways: first, the control of both variables is independent and second, the controllers are independent of the modulation applied, thanks to the plant inversion. This control is implemented in an field-programmable gate array. Since the converter operates at variable frequency, two different data acquisition alternatives are explored: sampling at variable frequency (once per switching cycle) or sampling at constant frequency (higher than the switching frequency).The proposed control is validated by simulation and experimental results with a 1-kVA prototype. |
| doi_str_mv | 10.1109/TPEL.2020.3008573 |
| format | Article |
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The power topology is based on an flying capacitor multi-level (FCML) inverter, and the control is based on the plant inversion. The proposed technique allows decoupling the control of the input current and the output voltage, which simplifies the control in two ways: first, the control of both variables is independent and second, the controllers are independent of the modulation applied, thanks to the plant inversion. This control is implemented in an field-programmable gate array. 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The power topology is based on an flying capacitor multi-level (FCML) inverter, and the control is based on the plant inversion. The proposed technique allows decoupling the control of the input current and the output voltage, which simplifies the control in two ways: first, the control of both variables is independent and second, the controllers are independent of the modulation applied, thanks to the plant inversion. This control is implemented in an field-programmable gate array. 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| source | IEEE Electronic Library (IEL) |
| subjects | Capacitors Control design Converters dc–ac power conversion Decoupling digital control Field programmable gate arrays Independent variables Inductors Inverters Modulation Sampling solar energy Switches Switching switching converters Switching frequency Topology |
| title | Control Design of a Single-Phase Inverter Operating With Multiple Modulation Strategies and Variable Switching Frequency |
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