Análisis de Sistemas de Potencia con PowerFactory DIgSILENT

Dominate Power System Analysis with PowerFactory (DIgSILENT)

This advanced course is specifically tailored for electrical engineers and professionals aiming to master the modeling, analysis, and simulation of power systems using PowerFactory (DIgSILENT). You'll gain hands-on experience building comprehensive power grid models.

Here's what you'll learn:

• Power System Modeling: Develop a complete electrical network model using powerful tools like the Data Manager and Network Model Manager. Learn to configure essential components including bus bars, transmission lines, transformers, loads, capacitors, and synchronous generators.

• Load Flow Studies: Execute in-depth load flow studies, expertly configuring PV, PQ, and Slack nodes. Analyze both normal and abnormal operating conditions, ensuring active and reactive power balance, even in unbalanced systems.

• Contingency Analysis: Perform comprehensive contingency analysis, including both deterministic and dynamic studies. Utilize AC, DC, and linearized methods to pinpoint system vulnerabilities, overloads, and potential blackouts.

• Dynamic Simulations: Conduct realistic RMS and EMT dynamic simulations. Model critical events such as short circuits, load shedding, and generator outages. Track key dynamic variables like rotor angle, system frequency, and excitation controller behavior. Explore both transient short-circuit simulations and quasi-dynamic analysis with hourly/daily load and generation variations.

• Electrical Protection Configuration: Configure and evaluate various electrical protection schemes, including overcurrent (51, 51N), distance (21, MHO, and polygonal), line differential (87L), and transformer differential (87T) protection. Assess their performance under fault conditions.

• Data Integration & Automation: Learn to automate the creation of electrical models using DGS format and Power Query. Seamlessly integrate network data from external sources.

By the end of this course, you'll be equipped to professionally simulate, validate, and optimize power networks, enhancing your skills in power system engineering and analysis.