Students
Tuition Fee
Start Date
Medium of studying
Duration
36 hours
Details
Program Details
Degree
Courses
Major
Energy Management | Power Engineering | Power Systems Technology
Area of study
Engineering
Course Language
English
About Program

Program Overview


Program Overview

The University program in question is the " " (Management of Power System Modes), which is a 36-hour course spanning 5 days.


Program Annotation

The program focuses on the modern state and problems of electric power production, models of electric power systems, observability and evaluation of the state in planning and managing modes of electric power systems, and information technologies for dispatch and anti-emergency management. It also covers normal, emergency, and post-emergency modes of power systems, research of operating modes of electric power systems on an automated model of the electrical system, management of electric power modes, and calculation and optimization of power system modes.


Program Content

The program is divided into six themes:


  1. Modern State and Problems of Electric Power Production: This theme covers the current state and challenges of electric power production, models of electric power systems, and observability and evaluation of the state in planning and managing modes of electric power systems. (Lectures: 4 hours)
  2. Information Technologies for Dispatch and Anti-Emergency Management: This theme explores information technologies used in dispatch and anti-emergency management. (Lectures: 4 hours)
  3. Normal, Emergency, and Post-Emergency Modes of Power Systems: This theme discusses the different modes of power systems, including normal, emergency, and post-emergency modes. (Lectures: 4 hours)
  4. Research of Operating Modes of Electric Power Systems: This theme involves practical research of operating modes of electric power systems on an automated model of the electrical system. (Practical classes: 4 hours)
  5. Management of Electric Power Modes: This theme covers the management of electric power modes. (Lectures: 2 hours)
  6. Calculation and Optimization of Power System Modes: This theme focuses on the calculation and optimization of power system modes, including both theoretical and practical aspects. (Lectures: 2 hours, Practical classes: 16 hours)

Assessment and Certification

The program concludes with a final assessment in the form of a pass/fail exam. Upon successful completion, participants are awarded a certificate of completion in a standard format.


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