Training Course 603

Transient Security Assessment Using TSAT

Course Objectives are to provide the necessary background and technical skills for applications of TSAT.
Duration: 2 day (extendable upon request)

  • Material Covered

    The basic concepts of power system stability and security. Modeling, computational techniques, and analysis methods. Operation of TSAT and result analysis.

  • Who should attend

    Engineers involved in power system stability studies using TSAT.

  • Background required

    Basic knowledge of power system modelling, dynamics, and stability analysis. Recommended prerequisite: Course 601 – powerflow analysis using PSAT.

Part 1: Transient Security Assessment (TSA) Basics
  • Introduction to transient security assessment (TSA)
  • Transient stability
    • Modeling requirements
    • Solution methods
  • Scope of TSA and TSAT solutions
    • Core technologies used
    • Main analysis features
  • TSAT application examples
Part 2: Using TSAT
  • Introduction to TSAT
  • Data requirements
  • Modeling features
  • Input/output data formats
  • Program customization and operation
  • Result examination
  • Other features
  • Help sources
Part 3: Hands-on Exercises
  • Test case descriptions
  • Hands-on exercises including the following topics:
    • Perform a no-fault simulation
    • Create a practical TSAT case
    • Work with the output analysis module DSAOA
    • Use security analysis options
    • Work with multiple scenarios
    • Analyze transfer limits
    • Use data handling features of TSAT
    • Perform other analyses
    • Create user-defined models with UDM Editor

Note: the actual contents of the course may be customized based on user requests; please refer to the
course announcement for details.

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