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Course Outline

Overview of Digital Substations

  • Comparing conventional and digital substation frameworks
  • Essential elements of digital substations: IEDs, process buses, and station buses
  • The IEC 61850 communication standard

Modern Trends in Substation Engineering

  • The impact of smart grids on contemporary power systems
  • Advances in substation automation and monitoring technologies
  • Incorporating renewable energy sources into substation design

AI Foundations for Electrical Engineering

  • Introductory concepts in artificial intelligence and machine learning
  • Basics of supervised, unsupervised, and reinforcement learning
  • AI platforms and tools applicable to engineering contexts

AI in the Design of Electrical Lines and Substations

  • Optimizing substation layouts through AI
  • AI-assisted load flow analysis and fault identification
  • Assessing power system stability using AI-driven tools

AI for Predictive Maintenance and Fault Detection

  • Utilizing machine learning models for proactive maintenance
  • Detecting anomalies and faults via AI algorithms
  • Case studies: Applying AI to fault detection and repair planning

Practical Application Exercises

  • Implementing AI algorithms for substation performance optimization
  • Applying Python for load flow and fault analysis
  • Investigating MATLAB and PowerFactory for AI applications in power systems

Future Developments and Prospects

  • The influence of AI on the evolution of digital substations
  • Emerging technologies in smart grids and power system infrastructure
  • Pathways for continued learning and specialization in AI and electrical engineering

Requirements

  • Fundamental knowledge of electrical engineering core principles
  • Basic familiarity with substation operations and design frameworks
  • No previous experience with AI is necessary

Target Audience

  • Electrical engineers and substation design specialists
  • Power system planners and grid operations professionals
  • Experts seeking AI-driven innovations in electrical engineering
 21 Hours

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