Design, Assembly and Testing of Modular Multilevel Converter with Multicarrier PWM Method
Marzia Balzani, Alberto Reatti, Giacomo Salvadori
Abstract
Marzia Balzani, Alberto Reatti, Giacomo Salvadori
Abstract
Reliable electrical power is a milestone for modern society and economy. Multilevel power converters represent a potential breakthrough in employing switching converters for flexible ac transmission system and custom power application. This paper present the design and realization of the prototype of a 1,5 kW mono phase 5-level cascaded inverter with PWM modulation. The prototype has been tested and the output waveforms have been investigated. The results conflrm the goodness of these devices in synthesizing a desired ac voltage from several level of dc voltage with a good control of the frequency, the voltage output (including phase angle) and the active reactive power flow.
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Reliable electrical power is a milestone for modern society and economy. Multilevel power converters represent a potential breakthrough in employing switching converters for flexible ac transmission system and custom power application. This paper present the design and realization of the prototype of a 1,5 kW mono phase 5-level cascaded inverter with PWM modulation. The prototype has been tested and the output waveforms have been investigated. The results conflrm the goodness of these devices in synthesizing a desired ac voltage from several level of dc voltage with a good control of the frequency, the voltage output (including phase angle) and the active reactive power flow.
Key concepts: Converters, Pulse-width modulation, Modular design, Electronic engineering, Waveform, Voltage, Power (physics), AC power