Inversor Monofásico PWM de Elevada Confiabilidad y Desempeño para Microredes Autónomas (High Reliability and Performance PWM Inverter for Standalone Microgrids)

Fernando Botteron (botteron@fio.unam.edu.ar), Roberto Carballo (carballore@gmail.com), Rubén Nuñez (nunez.ruben.o@gmail.com), Angel Quintana (quintanaangelpaolo@gmail.com), Guillermo Fernández (guillermo.fernandez.fio@gmail.com)


Universidad Nacional de Misiones
This paper appears in: Revista IEEE América Latina

Publication Date: Feb. 2013
Volume: 11,   Issue: 1 
ISSN: 1548-0992


Abstract:
In this paper a high reliability and performance single-phase PWM inverter for standalone microgrids is presented. To obtain the before mentioned characteristics this work propose, two different controller structures and a straightforward design methodology for these controllers, based on the internal model principle. In order to validate the proposed design methodology, digital controllers and to demonstrate the steady state and transient performance, experimental results are presented from a 5kVA PWM modulated single phase inverter, fully controlled by a DSP TMS320F2407.

Index Terms:
DC AC Converter, DC DC Converter, photovoltaic inverter, digital control, internal model principle, microgrids, standalone photovoltaic systems   


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