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 Duration 70 hours

Course Outline

Advanced ETAP Mastery

System Modeling and Load Flow Evaluation

  • ETAP Interface & One-Line Diagram (OLD) Construction
    • Mastering the Graphical User Interface (GUI) and utilizing the Project Toolbar.
    • Developing comprehensive One-Line Diagrams by incorporating Busbars, Transformers, Generators, and Loads.
    • Effective management of Element Libraries and Property Editors.
  • Load Flow Evaluation
    • Configuring Study Cases and defining solution parameters.
    • Gaining a deep understanding of Newton-Raphson, Fast Decoupled, and Adaptive Newton-Raphson methodologies.
    • Practical Application: Executing Load Flow simulations, analyzing outcomes such as voltage drops and power factors, and leveraging the "Alert View" to pinpoint overloaded components.

Short Circuit & Motor Starting Investigations

  • Short Circuit Evaluation
    • Overview of IEEE and IEC standards governing fault calculations.
    • Evaluation of 3-phase, Line-to-Ground, Line-to-Line, and Double Line-to-Ground fault scenarios.
    • Assessing the Duty and Breaking capacity requirements for Circuit Breakers.
  • Motor Starting Evaluation
    • Simulating both Static and Dynamic motor starting behaviors.
    • Assessing the effects of "Voltage Dip" on the wider system during motor acceleration phases.
    • Practical Application: Comparing "Direct-on-Line" (DOL) starting techniques against Star-Delta or VFD methods within the simulation platform.

Protection Coordination & Network Simulation

  • Protective Device Coordination (Star View)
    • Overview of the ETAP Star module for Protection & Coordination.
    • Integration of Overcurrent (50/51) and Ground Fault (50N/51N) relays.
    • Generation of Time-Current Characteristic (TCC) curves.
  • Selectivity and Discrimination Optimization
    • Tuning relay settings to ensure precise isolation of only the affected fault sections.
    • Validation of transformer damage curves and adherence to cable thermal limits.
  • Practical Workshop: Distribution Network Simulation
    • Capstone Project: Constructing a standard distribution network from the ground up.
    • Conducting a holistic study encompassing Load Flow, Short Circuit analysis, and Protection Coordination.
    • Compilation of final reports and visualization of results.

Foundational GIS Training:

  • Core concepts and practical applications of GIS
  • Getting started with ArcGIS Pro
  • Understanding GIS Data Types and File Formats
  • Working with Geodatabases and data creation
  • Preparing maps for analysis

Advanced GIS Mapping:

  • Preparation of base data using satellite and drone imagery
  • Managing and working with data attributes
  • Utilizing Geoprocessing tools
  • Conducting GIS data analysis
  • Processing Pole data
  • Handling Consumer data
  • Designing map templates
  • Performing Cartographic mapping

 

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