Voltage and Reactive Power Control in Power Systems, using SVC and STATCOM

DATE : 19-20 October 2026, 9am – 5pm AEDT Sydney Time

VENUE: Sydney Central Hotel l Live Streamed via ZOOM
DELIVERY : Hybrid Seminar (In Person | Online)
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    Introduction

    As the energy landscape evolves with increasing integration of renewable energy sources and growing grid complexity, Volt-VAr Optimisation (VVO) has become a critical tool for ensuring efficient and stable power system operation. Effective management of voltage levels and reactive power can reduce system losses, improve voltage stability, lower peak demand, and enhance overall energy efficiency.

    This training course is designed to provide a comprehensive understanding of VVO principles, strategies, and advanced applications in modern power networks. Participants will explore both traditional Volt-VAr control methods and cutting-edge optimization techniques that leverage automation, sensors, and intelligent control systems to achieve improved grid performance.

    Through a combination of theoretical insights, practical case studies, and interactive discussions, this course will equip professionals with the technical knowledge and hands-on skills necessary to implement coordinated VVO strategies using capacitor banks, reactors, voltage regulators, STATCOMs, SVCs, and other advanced technologies.

    Attendees will gain a good understanding of the technical, operational, and economic aspects of VVO, helping them to design and implement effective solutions tailored to their specific power system challenges. Whether you are working in utilities, renewable energy integration, power system planning, or grid automation, this course will provide valuable expertise to enhance your ability to optimize voltage and reactive power in modern power networks.

    Seminar Objectives

    By the end of this course, participants will be able to:

    • Understand the fundamentals of Volt-VAr Optimization (VVO) – Learn the principles of voltage and reactive power control for efficient grid operation.
    • Explore traditional and advanced VVO techniques – Compare conventional Volt-VAr control methods with modern, automated VVO solutions.
    • Analyze the impact of VVO on system losses and efficiency – Understand how optimized voltage and reactive power control can reduce energy losses and peak demand.
    • Assess the role of VVO in integrating renewable energy – Evaluate the challenges and benefits of VVO in a grid with high penetration of solar, wind, and battery storage.
    • Design coordinated VVO control schemes – Learn how to optimize capacitor banks, voltage regulators, reactors, STATCOMs, and SVCs for improved voltage stability.
    • Understand the technical requirements for successful VVO implementation – Explore the role of SCADA, sensors, metering, automation, and communication infrastructure in VVO systems.
    • Apply VVO strategies to real-world power systems – Work through practical case studies on VVO implementation in distribution and transmission networks.
    • Evaluate the financial and technical trade-offs of VVO deployment – Gain insights into the cost-benefit analysis, investment considerations, and risk management of VVO projects.

    This course will equip participants with the knowledge and practical skills required to implement Volt-VAr Optimization strategies effectively, ensuring improved voltage stability, reduced losses, and enhanced grid efficiency.

    Topics to be covered

    To see full seminar contents, click Download Brochure button below

    • Volt-VAR Optimization (VVO) Fundamentals
    • Voltage Control and Reactive Power Management
    • Volt-Var Control Equipment and Voltage Optimization Control Scheme
    • Advanced DMS / EMS and Communication Infrastructure
    • VVO Benefits and Challenges
    • System integration, testing, deployment and evaluations of VVOs
    • VVO Use Cases – Examine VVO Case Studies
    • Relevant standards and guidelines for VVO
    Your Title Goes Here

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      About the Seminar Leader

      The presenter is a highly experienced Power System Engineer with over 28 years of expertise in the electricity supply industry and energy consulting, both in Australia and internationally. His knowledge spans high-risk HV projects, Network Planning, Renewable Energy Zones, System Strength, Voltage Stability, Reactive Power Control, Harmonics, Wind/Solar/BESS Integration, Substation Design, NEM Connections, Power System Studies, Fault Investigation, and FACTS Systems (SVC/STATCOMs).

      He has successfully led multidisciplinary teams to execute high-voltage capital projects valued over $300M and is an active member of Standards Australia, IEC Standards, and CIGRE Working Groups.

      Seminar Fees (2-Day Seminar)

      Super Early-Bird Fee

      6If payment & registrations are received by
      10 Aug 2026

      Online Attendee
      Registration Fee: (Excl. GST) : AU$1,450

      In-Person Attendee
      Registration Fees (Excl. GST):AU$1,550

      Early-Bird Fee

      If payment & registrations are received by
      7 Sep 2026

      Online Attendee
      Registration Fee (Excl. GST) : AU$1,500

      In-Person Attendee
      Registration Fees (Excl. GST):AU$1,600

      Standard Fee

      Per Delegate

      Online Attendee
      Registration Fee (Excl. GST) : AU$1,550

      In-Person Attendee
      Registration Fees (Excl. GST): AU$1,650

      Group Discounts

      CPD International recognizes the value of learning in teams. Register 3 or more delegates and receive 5% off current fee. Group Discount will compound on the top of your early-bird discount fees where applicable

      Seminar Registration Form

      There are 3 ways to register for CPD International Seminars, email us at register@cpdint.com.au, call us on 0450 387 277  (Winnie Motta)  Or
      Simply fill in the On-Line Registration Form below!

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