/  Advanced Power Transmission Technologies Training

Advanced Power Transmission Technologies Training

BMC Training provides a training course in Advanced Power Transmission Technologies in Electrical and Power Engineering Training

Course Title
Venue
Start Date
End Date
  • Istanbul
    27 - 9 - 2020
    1 - 10 - 2020
  • Bali
    27 - 9 - 2020
    1 - 10 - 2020
  • Singapore
    27 - 9 - 2020
    1 - 10 - 2020
  • Washington
    27 - 9 - 2020
    1 - 10 - 2020
  • Dubai
    27 - 9 - 2020
    1 - 10 - 2020
  • Paris
    27 - 9 - 2020
    1 - 10 - 2020
  • Hong Kong
    27 - 9 - 2020
    1 - 10 - 2020
  • Dubai
    18 - 10 - 2020
    22 - 10 - 2020
  • Paris
    18 - 10 - 2020
    22 - 10 - 2020
  • Hong Kong
    18 - 10 - 2020
    22 - 10 - 2020
  • Kuala Lumpur
    25 - 10 - 2020
    29 - 10 - 2020
  • Rome
    25 - 10 - 2020
    29 - 10 - 2020
  • Barcelona
    25 - 10 - 2020
    29 - 10 - 2020
  • Zurich
    25 - 10 - 2020
    29 - 10 - 2020
  • Istanbul
    4 - 10 - 2020
    8 - 10 - 2020
  • Bali
    4 - 10 - 2020
    8 - 10 - 2020
  • Singapore
    4 - 10 - 2020
    8 - 10 - 2020
  • Washington
    4 - 10 - 2020
    8 - 10 - 2020
  • London
    11 - 10 - 2020
    15 - 10 - 2020
  • Madrid
    11 - 10 - 2020
    15 - 10 - 2020
  • Munich
    11 - 10 - 2020
    15 - 10 - 2020
  • Berlin
    11 - 10 - 2020
    15 - 10 - 2020
  • New York
    11 - 10 - 2020
    15 - 10 - 2020
  • Dubai
    4 - 10 - 2020
    8 - 10 - 2020
  • Paris
    4 - 10 - 2020
    8 - 10 - 2020
  • Hong Kong
    4 - 10 - 2020
    8 - 10 - 2020
  • Dubai
    11 - 10 - 2020
    15 - 10 - 2020
  • Paris
    11 - 10 - 2020
    15 - 10 - 2020
  • Hong Kong
    11 - 10 - 2020
    15 - 10 - 2020
  • Istanbul
    15 - 11 - 2020
    19 - 11 - 2020
  • Bali
    15 - 11 - 2020
    19 - 11 - 2020
  • Singapore
    15 - 11 - 2020
    19 - 11 - 2020
  • Washington
    15 - 11 - 2020
    19 - 11 - 2020
  • Kuala Lumpur
    22 - 11 - 2020
    26 - 11 - 2020
  • Rome
    22 - 11 - 2020
    26 - 11 - 2020
  • Barcelona
    22 - 11 - 2020
    26 - 11 - 2020
  • Zurich
    22 - 11 - 2020
    26 - 11 - 2020
  • Dubai
    1 - 11 - 2020
    5 - 11 - 2020
  • Paris
    1 - 11 - 2020
    5 - 11 - 2020
  • Hong Kong
    1 - 11 - 2020
    5 - 11 - 2020
  • London
    8 - 11 - 2020
    12 - 11 - 2020
  • Madrid
    8 - 11 - 2020
    12 - 11 - 2020
  • Munich
    8 - 11 - 2020
    12 - 11 - 2020
  • Berlin
    8 - 11 - 2020
    12 - 11 - 2020
  • New York
    8 - 11 - 2020
    12 - 11 - 2020
  • Dubai
    15 - 11 - 2020
    19 - 11 - 2020
  • Paris
    15 - 11 - 2020
    19 - 11 - 2020
  • Hong Kong
    15 - 11 - 2020
    19 - 11 - 2020
  • Dubai
    20 - 12 - 2020
    24 - 12 - 2020
  • Paris
    20 - 12 - 2020
    24 - 12 - 2020
  • Hong Kong
    20 - 12 - 2020
    24 - 12 - 2020
  • Kuala Lumpur
    27 - 12 - 2020
    31 - 12 - 2020
  • Rome
    27 - 12 - 2020
    31 - 12 - 2020
  • Barcelona
    27 - 12 - 2020
    31 - 12 - 2020
  • Zurich
    27 - 12 - 2020
    31 - 12 - 2020
  • Istanbul
    13 - 12 - 2020
    17 - 12 - 2020
  • Bali
    13 - 12 - 2020
    17 - 12 - 2020
  • Singapore
    13 - 12 - 2020
    17 - 12 - 2020
  • Washington
    13 - 12 - 2020
    17 - 12 - 2020
  • London
    6 - 12 - 2020
    10 - 12 - 2020
  • Madrid
    6 - 12 - 2020
    10 - 12 - 2020
  • Munich
    6 - 12 - 2020
    10 - 12 - 2020
  • Berlin
    6 - 12 - 2020
    10 - 12 - 2020
  • New York
    6 - 12 - 2020
    10 - 12 - 2020
  • Dubai
    13 - 12 - 2020
    17 - 12 - 2020
  • Paris
    13 - 12 - 2020
    17 - 12 - 2020
  • Hong Kong
    13 - 12 - 2020
    17 - 12 - 2020
  • Dubai
    6 - 12 - 2020
    10 - 12 - 2020
  • Paris
    6 - 12 - 2020
    10 - 12 - 2020
  • Hong Kong
    6 - 12 - 2020
    10 - 12 - 2020

Course Description

The world's electric power supply systems are interconnected in one way or another and in various regional and in many cases inter-regional and international connections. The reason behind such complex operation of the power network is to reduce costs of operation and increase the reliability and security of the power supply.

Today, a revolution is underway in the Electrical Supply Industry. Economics, increasingly sophisticated consumers of electrical energy and the continuous demand for renewable energy have created one of the greatest challenges and opportunities the electricity supply industry has ever had to face. This is to provide substantially increased quality and security of supply, with respect to the environment (as emphasised at the Kyoto summit), in the rapidly emerging de-centralised market for electricity worldwide.

Power Electronics Control of De-regulated Power Systems will play a significant role in the near future and companies need to be positioned to take a lead in this globally competitive technology. The management of the integration of new generation power electronic systems worldwide will affect enormously all sectors of the market:

  • Power generation.
  • Transmission.
  • Distribution
  • Utilisation
  • Equipment manufacturers.

Course Objective

  • To present fundamental concepts of compensation of transmission networks.
  • To discuss the state-of-the-art of power electronics equipment available to transmission engineers to improve the operation of the said networks.
  • To become familiar with latest developments in transmission systems
  • In addition the principles learnt from this seminar can be applied into work environment where known problems of operating the network can be studied and dealt with the equipment discussed and presented in this seminar.

Course Outline

DAY One

  • Introductions, Goals discussion.
  • Introduction and review of seminar objectives, power system overview and the new challenges affecting the technical and business operation of the system.
  • Transmission interconnections, the need for such interconnection.
  • Opportunities for FACTS into the transmission networks.
  • Review of basic concepts associated with power flow in an AC system, parallel paths and meshed systems.
  • Limitations of loading capability.
  • Power flow and dynamic stability of transmission interconnection.
  • Introduction of various types of FACTS, shunt, series and combined connections.
  • Introduction to HVDC technology.
  • Comparison of HVDC and FACTS.

DAY Two

  • Power semiconductors devices.
  • Diode. Thyristor. Gate-Turn-Off Thyristor. MOS-Turn-Off Thyristor (MTO). Integrated Gate-Commutated Thyristor (IGCT). Insulated Gate Bipolar Transistor (IGBT). MOS-Controlled Thyristor (MCT). Voltage-source converters. Single-phase leg operation. Square-wave operation and associated harmonics. Three-Phase Full-Bridge.
  • Transformer connections for 12-pulse operation. Operation with 24 and 48 pulse systems. Three-Level systems. Multilevel systems. Pulse-Width Modulation systems.
  • Current-source converters. Thyristor-based converters.
  • Current-source line commutated systems. Current-source forced commutated systems.
  • Comparison between voltage-source and current-source systems.

DAY Three

  • Objectives of shunt compensation and voltage regulation. End of line voltage support.
  • Methods of controllable VAr generation. Variable impedance
  • Static VAr generators. Switching converter VAr generators. The regulation slope. Static shunt compensators: SVC and STATCOM. Comparison of V-I and V-Q characteristics. Real power exchange. Operation under unbalance conditions.
  • Static Series Compensators: GCSC, TSSC, TCSC, SSSC. Objectives of Series compensation. Series capacitive compensation. Variable impedance series compensators. Switching converter series compensators.

DAY Four

  • Dynamic Voltage Restorer (DVR).
  • Combined compensators: Unified Power Flow Controller and Interline Power Flow Controller.
  • Basic operation principles. Conventional transmission control capabilities. Independent real and reactive power flow control.
  • Comparison of combined controllers and separate series/shunt ones.

DAY Five

  • Application and Case Studies of FACTS controllers.
  • Modern advanced HVDC systems based on voltage-source converters and PWM concepts and discussion of worldwide existing applications.
  • Industry standards and approaches.
  • Deregulated power systems and opportunities, requirements and operation of transmission networks to enhance stability, operation and improve return on investment for newly installed equipment. Selection examples of equipment and studies.

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