A Study on The Control Technique for Modular Three-Phase Uninterruptible Power Supply(UPS) With Boost Converter Jin, Seongmin Dept. of Electrical Engineering Incheon National University-SOUTH KOREA

A Study on The Control Technique for Modular Three-Phase Uninterruptible Power Supply(UPS) With Boost Converter Jin, Seongmin Dept. of Electrical Engineering Incheon National University

ABSTRACT
 This study proposes a control algorithm design and implementation method for the control method of the modular three phase uninterruptible power supply (UPS) with boost function. With the development of the industrial age, there has been an increase in the load required to maintain the constant power source, which has increased the demand for the uninterruptible power supply. In addition, a parallel type uninterruptible power supply unit of a modular type is widely used to satisfy a load of a high capacity It is difficult to apply a desired output voltage to a load by using a 250V DC voltage as the input power source of a UPS used in a power plant system. Therefore, it is necessary to design a module suitable for UPS system for power plant. A UPS for applying 3-phase AC voltage to a load is generally composed of a 3-phase inverter and an output L-C filter. In order to apply this to the power plant system, it is necessary to construct and control a power converter for a single module that boosts the input voltage by applying a boost converter to the input of the inverter to supply the constant voltage to the inverter. In addition, a parallel operation control technique is necessary to solve the problem of connecting such a single module in parallel. Therefore, in this study, the study on the configuration, design and parallel operation control technique for single module UPS for power plant was conducted. The proposed algorithm proved its superior performance and feasibility through simulation and experimental results Key words: Uninterruptible power supply, single module power converter for plant, parallel operation control

LINK A:http://www.riss.kr/search/detail/DetailView.do?p_mat_type=be54d9b8bc7cdb09&control_no=720abcc1b0b8a4c6ffe0bdc3ef48d419

LINK B :http://www.mediafire.com/file/zgqcnslz3p72edt/A_Study_on_The_Control_Technique_for_Modular_UPS.pdf/file

RESOLVIENDO EJERCICIOS DE CIRCUITOS ELÉCTRICOS 1-PROF.DR. ENG. FERNANDO LOPEZ ARAMBURU-LIMA-PERU

ES PARA MI UNA GRANDE SATISFACCION DIFUNDIR EN MI BLOG LOS VIDEOS DE MI ESTIMADO COLEGA DR. ING. FERNANDO LOPEZ ARAMBURU QUE EN MEDIO A LA PANDEMIA DEL CORONA VIRUS SE HA REINVENTADO DICTANDO SUS CLASES DE MANERA VIRTUAL PARA LA UNIVERSIDAD NACIONAL DE INGENIERIA FACULTAD DE ING. ELECTRICA Y ELECTRONICA,EL ES UN DOCENTE CON MAS 30 AÑOS DE EXPERIENCIA HA TRABAJADO EN LA EMPRESA PRIVADA Y HA SIDO PROFESOR DE CIRCUITOS ELECTRICOS EN MUCHAS UNIVERSIDADES ESTATALES Y PRIVADAS DEL PERU,ES CONOCIDO EN LA COMUNIDAD ACADEMICO COMO 'CHAMPION" INGENIERO,DOTADO DE UN CARISMA UNICO DICTA SUS CLASES CON MUCHA DIDACTICA Y ANALISIS CRITICO,LE ENVIO UN CORDIAL SALUDO.

REDES SIMETRICAS-CIRCUITOS ELÉCTRICOS 1-ENG. FERNANDO LOPEZ ARAMBURU-FACULTAD INGENIERIA ELECTRICA ELECTRONICA-UNIVERSIDAD NACIONAL DE INGENIERIA- LIMA PERU

MÉTODO DE MALLAS | CIRCUITOS ELÉCTRICOS 1-ENG. FERNANDO LOPEZ ARAMBURU-FACULTAD INGENIERIA ELECTRICA ELECTRONICA-UNI- LIMA PERU

CHAMPION INGENIERIA Hola Champions🙌🏽 en este video🎥 resolveremos👨🏻‍🏫 2 ejercicios aplicando el método de 🔋MALLAS🔌 💡.

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TEOREMA DE THEVENIN | CIRCUITOS ELÉCTRICOS 1-ENG. FERNANDO LOPEZ ARAMBURU-FACULTAD INGENIERIA ELECTRICA ELECTRONICA-UNI- LIMA PERU

BUENAS TARDES A TODA COMUNIDAD ACADEMICA COMPARTO CON TODOS UN VIDEO DE MI ESTIMADO AMIGO EL EXCELENTE PROFESOR ING. FERNANDO LOPEZ ARAMBURU MAS CONOCIDO COMO "CHAMPION" SOBRE EL FAMOSO TEOREMA DE THEVENIN,ACTUALMENTE EL TIENE SU CANAL EN EL YOUTUBE,ES IMPORTANTE RESALTAR SU METODO DIDACTICO DE TRANSMITIR SUS CONOCIMIENTOS,EL ES DOCENTE DE LA FACULTAD DE INGENIERIA ELECTRICA ELECTRONICA DE LA UNIVERSIDAD NACIONAL DE INGENIERIA LIMA PERU,MAS INFORMACIONES:

 CHAMPION INGENIERIA Hola Champions🙌🏽 BIENVENIDOS A LA MARATÓN DE CIRCUITOS ELÉCTRICOS 1 En este video🎥 resolveremos👨🏻‍🏫 1 ejercicios aplicando🔋TEOREMA DE THEVENIN🔌 Este mismo circuito también lo resolveremos con el Teorema de Norton en el siguiente video💡

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