Digsilent Powerfactory specialisation
This PowerFactory DIgSILENT course will provide an introduction to the software, allowing you to begin to familiarise yourself with it, as you will learn how to model and run tools, among many other capabilities.
Interesting information about the course
This course is only available in Spanish
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Description of the course
The DIgSILENT calculation program is an advanced computerised tool which allows you to carry out various types of studies (load flows, dynamic analysis, quasi-dynamic...), making it useful for almost any professional profile in the electrical sector.
This PowerFactory DIgSILENT course will provide an introduction to the software that will allow you to become familiar with it, as you will learn how to model and execute tools, among many other capabilities.
CIRCE has been working with this software for more than 10 years, carrying out large European projects:
- Best Paths, in which a network model of the whole of Europe was made,
- Farcross, a dynamic model for damping inter-area oscillations,
- Interpreter, development of algorithms to generate automatic network models,
- Parity, an ANM (Active Network Management) tool designed for distributors and their distributed resource management.
As well as for studies of connection to national (NTS) and international networks.
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Course Objectives
The aim of the course is to give you an advanced knowledge of the tool, being autonomous in generating static models (network model, wind farms, photovoltaic, etc.) as well as the use of the tools that you can see in the section of the training programme.
1
Knowing the structure of the software
2
Static modelling of elements
3
Realisation of load flows
4
Knowing the NTS
5
Use of the tool: quasi-dynamic studies, short-circuits and harmonics
6
Perform static simulations for the NTS
7
Use of DPL script
Course Syllabus
- What is PowerFactory DigSILENT?
- Introduction to PowerFactory DigSILENT.
- Type vs Element.
- Structure of PowerFactory DIgSILENT.
- Creating a project in PowerFactory DIgSILENT.
- Opening an existing project in PowerFactory DIgSILENT.
- Exporting a project in PowerFactory DIgSILENT.
- PowerFactory DIgSILENT interface.
- Network model Manager.
- Data Manager.
- Load flow.
- Support modelling.
- Line modelling.
- Load modelling.
- Earth modelling.
- Synchronous generator modelling.
- Transformer modelling.
- Modelling of renewable generators.
- Capacitor bank/reactor bank modelling.
- Equivalent network modelling.
- Introduction
- Setting the overcurrent function in a transformer
- Directional overcurrent function setting on a line
- Setting the distance function on a line
- Proposed exercise to be completed, coordinating the settings of a network zone
- Template.
- Quasi-dynamic.
- Distribution example: Validation of a new network consumption.
- Introduction NTS.
- P/Q curves.
- Short circuits
- Harmonics.
- Introduction to dynamic modelling in PowerFactory DIgSILENT.
- Template
- Dynamic modelling of generation plants analysis of the library models.
- Interaction between plant control and DIgSILENT library generators.
- Introduction to event generation.
- Voltage dip simulations according to NTS.
What does this course provide you?
Specially directed to
- Knowing the structure of the software
- Static modelling of elements
- Realisation of load flows
- Use of the tool: quasi-dynamic studies, short-circuits and harmonics
- Knowing the NTS
- Perform static simulations for the NTS
- Use of DPL script
Course Instructors
Noemí Galán
Ingeniería Técnica Indutrial
+ 7 años en operación y planificación de red y responsable de equipo en CIRCE
Marta Bernal
Ingeniería Tecnologías Industriales
+ 4 años en operación y planificación de red especializándose en modelos dinámicos y estudios de red
Natalia Lapuente
Ingeniería Eléctrica
+5 años en integración e impacto en redes de energías renovables y sistemas de generación de los Grid Codes
Diego Martínez
Ingeniería Tecnologías Industriales
+ 4 años en redes eléctricas y planificación de red
Frequently Asked Questions (FAQs)
Puedes contactar directamene con Cristina Rubio: dmtran@fcirce.es
Teléfono: +34 630 20 25 25
