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  • IELE-4910 Simulation of electrical distribution networks and digital twins

  • Información del curso

    Código: IELE-4910

    Modalidad: Presencial

    Horario: Del 24 al 28 de junio de 2024 Lunes, Martes, Miércoles, Jueves, Viernes. De 8:00 a.m. a 12:00 p.m. y 1:00 p.m. a 5:00 p.m. (Hora Colombia).

    Idioma: Español/Inglés

    Créditos: 4

    Prerequisitos: Dirigido a Estudiantes en semestres avanzados de cualquier programa de pregrado de la Facultad de Ingeniería o estudiantes de Maestría de la Facultad, en cualquier nivel.

    Metodologia:

    The course will be delivered using a hands-on approach that involves practical workshops where the student will be able to validate the techniques taught, and develop his own solvers based on programming languages such as MATLAB and Python. The duration of the theoretical/guided sessions is estimated at 30 hours plus 10 hours for individual work.

    Descripción:

    This course is aimed at introducing students to the mathematical tools required for modeling and simulating electric power systems. The techniques here proposed cover both: distribution and transmission power systems as well as sequential and parallel processing. The techniques are currently part of EPRI’s

    Open-source Distribution System Simulator OpenDSS, which thanks to recent advancements in its core, currently incorporates solution techniques for modeling and simulating a wide spectrum of electric power systems. OpenDSS will be used during the course for validation. The course will be delivered using a hands-on approach that involves practical workshops where the student will be able to validate the techniques taught, and develop his own solvers based on programming languages such as MATLAB and Python. The duration of the theoretical/guided sessions is estimated at 30 hours plus 10 hours for individual work.

    This training is aimed at introducing the attendees to the mathematical tools required for modeling and simulating electric power systems. The techniques here proposed cover both: distribution and transmission power systems as well as sequential and parallel processing. The techniques are currently part of EPRI’s Open-source Distribution System Simulator OpenDSS, which thanks to recent advancements in its core, currently incorporates solution techniques for modeling and simulating a wide spectrum of electric power systems.

    Inscripciones:

    inscripciones estudiantes pregrado

    inscripcion extension

    Modalidades/Tarifas:

    * CURSO REGULAR: Válido para estudiantes de pregrado y Posgrado en Uniandes. 
    (Pregrado $3.928.000 /Posgrado $6.740.000)

    - EXTENSIÓN: Para interesados externos que requieren certificación de notas oficial del curso ($6.740.000)

    - LIBRE: Para interesados en tomar el curso con certificación de asistencia. ($3.850.000)

    Para inscripciones a través de Educación Continua (Libre o por Extensión), por favor remitirnos la siguiente información:  Nombres y apellidos; Correo electrónico; Celular; Nombre del curso y Tipo de inscripción (Libre o por Extensión), al correo gestoriele@uniandes.edu.co

    Consulta nuestra política de descuentos corporativos enviando un correo a gestoriele@uniandes.edu.co (Grupos de 5 o más personas, si inscriben el curso en modalidad libre, sin créditos y notas, tendrán un descuento especial del 20%. Grupos de 3 o 4 personas, si inscriben el curso en modalidad libre, tendrán un descuento especial del 15%). Si toman el curso con créditos y notas no hay posibilidad de descuento bajo ninguna excepción.

maria

 

Roger Dugan

Is a Senior Technical Executive in the Power System Studies program area of EPRI’s Power Delivery & Utilization Sector. His current research activities focus on power system simulation software with an emphasis on distribution system analysis. His work covers distributed resources, renewable energy, harmonic analysis, and distribution planning. Prior to joining EPRI, Dugan held various positions with the Systems Engineering department of Cooper Power Systems and was Senior

Consultant for Electrotek Concepts, Inc. in Knoxville, Tennessee. Dugan was elected a Fellow of the IEEE in 2000 for his contributions to the analysis of harmonics and transients. In 2005, he received the IEEE Excellence in Distribution Engineering Award. He is past- Chair of the IEEE Power and Energy Society Test Feeder Working Group. Dugan coauthored Electrical Power Systems Quality, available from McGraw-Hill, a widely used textbook on Power Quality. Dugan received a Bachelor’s degree in electrical engineering from Ohio University in 1972 and a Master’s degree in Engineering in Electric Power Engineering from Rensselaer Polytechnic Institute in 1973.

 

 

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Davis Montenegro

Currently works at the Power Delivery and Utilization, Electric Power Research Institute (EPRI). Davis does research in Electronic Engineering, Electrical Engineering, Programming Languages, parallel computing and Real-Time/fast simulation.