Power Systems Training Course for Non-Engineers

Power Systems Training Course for Non-Engineers. Power Systems for non-engineers, is an instructional class and workshop proposed for the non-engineers, non-power framework engineers, chiefs and others. Power Systems for non-engineers preparing is created for any individual who needs to build up a decent comprehension of power systems, its design and building hinders, their segments, items and administrations and its combination.

#Learning Objectives

  • Endless supply of this course, the participants will have the capacity to:
  • Examine the key ideas of Power System
  • Examine power and how the electrical power framework functions
  • Rundown the different Power System Terms
  • Talk about fundamentals of interconnected electric power systems in extremely essential, useful terms
  • Comprehend the ramifications of having a between associated across the nation framework
  • Talk about essential parts of an interconnected power framework
  • Portray general ideas of power systems arranging, plan and task
  • Portray electrical ideas, outline contemplations, development hones, and operational perspectives
  • Fuse exhibits of key ideas in the Power Systems

 
# Course Agenda and Content 
 
Power Systems Overview, Terminology, and Basic Concepts

  • History of Electric Power
  • Overview of Power Systems
  • Terminology and Basic Concepts
  • Mystery of Electricity (amps, volts, watts, etc.)
  • Components
  • Characteristics
  • How the power system works
  • Sources of Power Generation
  • Power System components
  • Interconnected system operation and control
  • Issues facing the electrical industry
  • Voltage, Current and Resistance
  • AC (alternate current) vs. DC (direct current)Power Energy
  • Three Phase Power
  • Power Triangle

More topics to cover in this course

Basic Grid Operations, Power System Components, Power Generation and Energy Conversion, Modern Power Station, Power Generation, Alternative Energy Sources, Transmission Lines, Transformers, Substations, Power Distribution, Power Consumption, Power System Protection, Interconnected Power Systems, System Control Centers and Telecommunications, Power Quality and Wrap Up .

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