Power System Engineering Training Pricing and Outline

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Power System Engineering Training Courses
information
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Power System Engineering Training
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Power System Engineering Training Description for
power system engineering training The Power
System Engineering training course will help you
to understand the basic concepts of power system
engineering and how to start a successful career
in power engineering. Furthermore, you will learn
the fundamentals of electrical systems, transient
and steady state analysis, main components of
power systems, electrical machines, high voltage
direct current system, active/reactive power
control in power systems and power system
operation. Power System Engineering training
course simply teaches you the history behind the
power generation and lays down the fundamentals
of electric circuits including Kirchhoffs
voltage/current laws, concept of power and
energy, nodal and mesh analysis in electrical
circuits, and maximum power transfer capability.
 Taking this course will also help you to setup
the transient and steady state analysis for
different types of electrical circuits
(resistive, inductive, capacitive or combined).
 You will also be able to differentiate active,
reactive, apparent, and complex power in power
system engineering course.
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Power System Engineering Training
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m-engineering-training/
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Power System Engineering Training
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m-engineering-training/
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• This course gives you a sufficient knowledge to
  understand the different components of a power
  system such as generators, transmission lines
  and distribution systems, switchgears,
  transformers, loads, circuit breakers, current
  and voltage transformers, and grounding
  components. Furthermore, electrical machine topic
  covers the main different types of electrical
  machines used in power systems.
• Who should attend the TONEXs  Power Systems
  Engineering training and seminars?
• Power System Engineers
• Electric Power Utility Engineers
• Technicians
• Test Engineers
• Protection and Control Engineers
• Engineers Seeking PDH

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Power System Engineering Training
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• The audience in Power System engineering training
  course you will also learn about
• Power system planning and advanced applications
• Power systems design
• Power engineering
• System safety engineering
• Power Markets, Energy Economics and Strategic
  Planning
• Emerging Generation Technologies
• Dynamic/static loads
• Synchronous/induction motors
• Synchronous/induction generators
• Solar generation
• Wind generation
• Energy storage units
• Power factor concept
• High voltage direct current system (HVDC)
• Multi-terminal HVDC system
• Converter circuits
• Concept of harmonics and filters

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Power System Engineering Training
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m-engineering-training/
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TAKE THIS COURSE
Power System Engineering Training
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• Audience
• The Power system engineering training is a 3-day
  course designed for
• All individuals who need to understand the power
  system from generation to consumption
• Power utility engineers
• Test engineers
• Engineers seeking PhD and graduate studies
• Power traders to understand the power systems
• Independent system operator personnel
• Faculty members from academic institutes who want
  to teach the power system engineering course
• Investors and contractors who plan to make
  investments in power industry
• Professionals in other energy industries
• Marketing people who need to know the background
  of the products they sell
• Electric utility personnel who recently started
  career in power systems or having new job
  responsibilities
• Technicians, operators, and maintenance personnel
  who are or will be working at power plants or
  power system generation companies
• Managers, accountants, and executives of power
  system industry

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Power System Engineering Training
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• Training Objectives
• Upon completion of the Power system engineering
  training course, the attendees are able to
• Apply systems engineering principles to power
  systems
• Explain the basics of circuit analysis
• Understand the main components of power systems
• Understand Electro-Mechanical Energy Conversion
• List steps in Power System Operations and
  Planning
• Analyze, plan and design power delivery networks
  Transmission and Distribution
• Describe the concepts of frequency and active
  power control
• Understand the voltage and reactive power control
• Explain the structure of the power systems
• Understand the time domain and transient analysis
• Analyze dynamic system response to disturbances
• Understand the concept of power factor and power
  factor correction
• Differentiate the active/reactive, apparent and
  complex powers
• Explain the different generation units such as
  solar, wind, and energy storage systems
• Explain the different types of transmission lines
• Differentiate the AC and DC machines

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Power System Engineering Training
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m-engineering-training/
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Power System Engineering Training
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• Training Outline
• The Power system engineering training course
  consists of the following lessons, which can be
  revised and tailored to the clients need
• Why Power System Engineering?
• Power System Engineering and successful career
• What do you need to know about Power Engineering
• Problems to be tackled on the Power Engineering
  career
• Introduction to power system engineering
• History of the power generation
• Structure of power systems
• Power system control
• Design of Transmission Lines, Structures, and
  Foundations
• Basic Power Systems Engineering Principals
• Electric Utility Business Model
• Economic Operation of Power Systems
• Power System Operation and Control

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Power System Engineering Training
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• Generation, Transmission and Distribution System
  Planning
• Power System Stability
• Distributed Generation Interconnection Studies
• Distribution Construction Work Plan
• Distribution Long Range Plan
• Distribution Loss Reduction
• Distribution (Power Factor Correction)
• Distribution Sectionalizing and System Protection
• Transmission Power Flow
• Transmission Reactive Compensation
• Transmission Stability
• Transmission System Impact
• Extra High Voltage Engineering
• Power System Stability
• Surge Phenomena in Power Systems
• Computer Methods in Power System Analysis

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Power System Engineering Training
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Power System Engineering Training
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• Fundamentals of Electric Circuits
• Voltage and current
• Kirchhoffs Voltage/Current law (KVL/KCL)
• Ohms law
• Power and energy
• Time domain analysis
• Basics of resistors, inductors and capacitors
• Nodal and mesh analysis
• Thevenin/Norton equivalent circuits
• Superposition principle
• Maximum power transfer
• Transient and Steady State Analysis
• First order circuits
• RC/RL/RLC circuits
• Root mean square (RMS)
• Instantaneous/average power

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Power System Engineering Training
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• Power System Components
• Power generation units
• Traditional Power plants (Synchronous generators)
• Solar generations
• Wind farm generations
• Energy storage units
• Tidal wave generation
• Transmission lines and distribution systems
• Cables and insulators
• Long transmission lines
• Medium transmission lines
• Short transmission lines
• Transmission line models
• Maximum power transfer in transmission lines
• Switchgears
• Transformers
• Loads
• Static loads

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Power System Engineering Training
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m-engineering-training/
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Power System Engineering Training
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• Learn more about
• Electrical Machines
• High Voltage Direct Current (HVDC) Transmission
• Control of Active and Reactive Power
• Power System Operation
• Power System Engineering Applied

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Power System Engineering Training
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Price 2,999.00 Length 3 Days