Renewable Energy Modeling and Studies for Electrical Power System 2016 - 14 – 16, September 2016

Through this specially prepared workshop, attendees will have a unique opportunity to be introduced to industry standard models for wind turbine generator and solar PV for system steady state and transient state studies. Attendees will learn common configurations for microgrids to operate in both interconnected mode and in island mode. Special issues for renewable energy sources in power system design, operation and control will be discussed, including equipment sizing, power quality, transient responses, frequency and voltage control. Hands-on exercises are arranged using computer program to simulate various system operating conditions and test potential solutions.

Each participant is provided a computer with software loaded for use during the class time. Training will be handed by instructor with practical experience.

Objectives:

  • Understand basic modeling techniques for wind turbine generators (WTG) and solar photovoltaic PV generation (Solar PV).
  • Describe controls and dynamic models of WTG and Solar PV.
  • Discuss features of microgrid operations with grid connection and in island mode.
  • Investigate key operational issues associated with microgrids.
  • Analyze and mitigate harmonic distortions.
  • Learn renewable energy system modeling and simulation by computer tools.
  • Study typical microgrid responses under intentional and unintentional operating conditions.

Who Should Attend?

  • People involved in architecture and design of renewable energy source systems.
  • People perform system integration and interoperability study with renewable energy sources.
  • People responsible for microgrid operation and protection.
  • People interested in technical possibilities and issues with renewable energy sources.

Hotel: The Regent Singapore  (Tentatively)
All travel and hotel arrangements are the responsibility of the attendee.
Course Fee:
US$ 2,160.00* / per person
(This Fee does not apply to Indonesia participants, please see the note below)

  1. Fee does not include lodging, transportation and Singapore Government Tax.
  2. Courses are limited to 20 participants. So please register early!
  3. Payment in full must be received two weeks prior to start date of course.

Note: *For Indonesia participants, the fee is US$ 2,700.00 / per person (Including 20% WHT)
Date: 14 – 16, September 2016
Time: 09:00 a.m. – 17.00 p.m.

Renewable Energy Modeling and Studies for Electrical Power System 2016

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Course Outline

Day 1:

  • Overview of computer modeling and simulation tool
  • Single-line diagram
  • Load flow study
  • Cable and transformer sizing
  • Load and generation category
  • Database management (configurations and data revisions)
  • Scenarios and wizards
  • Day 2:

  • Renewable Energy Source Modeling
    • Wind turbine generator
    • Photovoltaic Array panel
    • Energy storage device
  • Diesel generator modeling
  • Parallel operation (interconnection mode)
  • Island operation (disconnect mode)
  • Transient and dynamic study
  • Day 3:

  • DC system modeling and calculations
    • Battery sizing
    • DC load flow
    • DC short-circuit
  • Power quality and harmonic calculations
    • Harmonic source modeling
    • Network modeling for harmonic calculations
    • Harmonic load flow study
    • Harmonic filter sizing
    • Parallel resonance identification and elimination
  • Day 4:

  • Exercises on selected study cases
    • Interconnected operation with grid
    • Unintentional islanding with distributed generations
    • Dynamic response under disturbances
    • Intentional islanding dynamics
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