NDLI: Desarrollo De Convertidor Cd-cd Puente Dual Activo, Aislado Y Bidireccional Para Su Aplicación En Microred De Cd

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Desarrollo De Convertidor Cd-cd Puente Dual Activo, Aislado Y Bidireccional Para Su Aplicación En Microred De Cd

Content Provider	Semantic Scholar
Author	Alejos, Julio Ortega Rojo, Leonel Estrada Segura, E. J. Tapia, Cecilia Del Socorro Gordillo
Copyright Year	2017
Abstract	Resumen En este documento se presenta el desarrollo de un convertidor CD- CD con puente dual activo, aislado y bidireccional para su aplicacion en una Micro-Red de CD. El convertidor se diseno para operar en lazo abierto a una potencia de 2 KW y ser interconectado entre un bus de 190 V y uno de 380 V. Para el diseno del convertidor se desarrollo un instrumento virtual en LabVIEW, en donde se implemento el procedimiento de diseno del inductor considerando los valores limite de la ganancia de voltaje, valor maximo de potencia reactiva, frecuencia de operacion, entre otros parametros. Se muestran de manera grafica los rangos de operacion en los que los puentes activos trabajaran en conmutacion a voltaje cero, asi como el valor maximo de ciclo de trabajo y ganancia de voltaje a partir de los cuales se sobrepasa la cantidad de potencia reactiva deseada en el convertidor. Se desarrollo tambien un instrumento virtual en LabVIEW para generar los pulsos de control de los dos puentes activos; desde la Interfaz Grafica de Usuario se pueden configurar los diferentes modos de operacion de los pulsos de control de los puentes activos que se estan generando en el dispositivo programable MyRIO. Palabra(s) Clave(s): Aislamiento, Bidireccional, Bus de CD, Convertidor CD-CD, Micro Red y Puente Activo. DEVELOPMENT OF DUAL-ACTIVE, ISOLATED AND BIDIRECTIONAL DUAL-BRIDGE CD-CD CONVERTER FOR APPLICATION IN MICRODRAFT OF CD Abstract This paper presents the development of a DC-DC converter with active, isolated and bidirectional dual bridge for its application in a DC Micro Grid. The converter was designed to operate in open loop at a power of 2 KW and interconnect a 180 V bus with a 380 V bus. For the design of the converter a virtual instrument was developed in LabVIEW, where the design procedure of the Inductor considering the limit values of the voltage gain, maximum value of reactive power, frequency of operation, and other parameters. The operating ranges in which the active bridges will work on zero voltage switching, as well as the maximum duty cycle and voltage gain value from which the desired amount of reactive power in the converter. A virtual instrument was also developed in LabVIEW to generate the control pulses of the two active bridges; From the Graphical User Interface you can configure the different operating modes of the control pulses of active bridges that are being generated in the MyRIO programmable device. Keyboards: Active bridge, Bidirectional, Bus, DC-DC converter, Isolated, Micro Grid.
File Format	PDF HTM / HTML
Volume Number	39
Alternate Webpage(s)	http://itcelaya.edu.mx/ojs/index.php/pistas/article/download/927/786
Language	English
Access Restriction	Open
Content Type	Text
Resource Type	Article

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