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Power System Operations
Power System Operations
Globally, energy landscapes are experiencing unprecedented change, driven by an evolving power supply mix, ageing infrastructure, changing technologies, weather patterns, and consumer preferences.
Thomson Bridge is working with local and international Power Systems Operators and power grid specialists to understand these challenges and develop agile training programs.
Our goal is to provide operators with an effective learning environment to improve and enhance knowledge and confidence that will underpin system efficiency, reliability, security and safety of the electricity network.
Thomson Bridge has joined forces with Incremental Systems Corporation (IncSys), who have 25 years of experience in the application of power grid simulation for power systems training. They are a leader in generic and custom simulation platforms for North American networks.
Our Courses will provide foundation, intermediatory and advanced levels of competency and skill development. Programs are intended to be modular and adapted to meet the various and evolving needs of transmission and distribution networks and energy generators.
Training delivery modes include online self-paced modules and instructor facilitated workshops and multi party scenarios. Programs incorporate power grid simulation to enable operators to experience normal, abnormal and emergency operation conditions without the risks of interacting with a live power system.
The Thomson Bridge IncSys Partnership is focused on providing an easy-to-use, cost effective and flexible solutions to our Australian network and generation clients.
Power Systems Operator
National Training Framework
The Australian Energy Market Operator (AEMO), in partnership with Thomson Bridge, have consulted widely with Australia’s Power System Operators (PSOs) to produce a National Training Framework specifically focused on meeting the training needs of practitioners operating across Australia’s increasingly complex PowerGrid.
Broadly, the findings concluded that industry is seeking a modular “pick and choose” option rather than a full curriculum.
Modules were identified to meet transmission, distribution and generation needs to cater for PowerGrid practitioners operating at various technical levels. Topics will include electrical fundamentals, human factors, coordination and contingency management, fault diagnosis, risk management for significant weather events and cybersecurity attacks.
The Framework is designed to complement existing training options including various nationally recognised training packages.
Phase 2 will provide opportunities for education providers to develop modules and offer these to operators across the PowerGrid, including PSOs in network control rooms as well as generators interfacing with both the networks and AEMO. Phases 3 and 4 will see the development of the full suite of offerings and embedding of the Framework across the industry.
Below is the initial Framework Design.
Power Systems Operations proposed modules
Fundamental |
1.1 Australian Networks and Elements of Electrical Power Systems. 1.2 Renewables and Emerging Technologies. 1.3 Communication Technologies. 1.4. Legislation and Regulation Overview. 1.5. Electrical Fundamentals - DC. 1.6. Electrical Fundamentals - AC. 1.7. Electrical Fundamentals – Use drawings, schedules, codes, 1.8. Electrical Fundamentals - |
1.9. Electrical Fundamentals - basic electrical 1.10. Electrical Fundamentals - Provide engineering solutions to problems in 1.11. Electrical Fundamentals – Electrical measurements 1.12. Protection Fundamentals 1.13. Switching Fundamentals 1.14. Management and coordination of work parties and field operators 1.15. Voltage Control and Reactive Power |
1.16. Reliability Operating Limits and Reliability 1.17. Power Control and the Energy Market 1.18. Emergency Operations 1.19. Resource and Demand Balancing 1.20. Human Factors – Effective Communications 1.21. Human Factors – Fatigue and Fatigue Management 1.22. Human Factors – Human Machine Interface 1.23. Human Factors – Decision making and degradation factors |
Transmission
Distribution
Generation
Standard |
2.1 System Ride Through 2.2 Power System Disturbance and Contingency Response 2.3 Coordination 2.4 Power System Stability 2.5 Fault Finding and Management 2.6 Monitor and control field staff 2.7 Respond to protection operations 2.8 Develop switching programs 2.9 Operate and monitor system SCADA |
3.1 System Ride Through 3.2 Power System Disturbance and Contingency 3.3 Coordination 3.4 Power System Stability 3.5 Fault Finding and Management 3.6 Transmission Operations 3.7 Monitor and control field staff 3.8 Respond to protection operations 3.9 Develop switching programs 3.10 Operate and monitor system SCADA |
4.1 System Ride Through 4.2 Power System Disturbance and Contingency Response 4.3 Coordination 4.4 Energy Market Services 4.5 Fault Finding and Management 4.6 Monitor and control operations staff 4.7 Respond to protection operations 4.8 Operate and monitor generation system |
Advanced |
5.1 Synchrophases 5.2 Transmission Planning 5.3 Facilities Design, Connections and 5.4 Power System Simulation 5.5 Power System Restoration 5.6 Cyber Infrastructure and Security 5.7 Respond to complex protection 5.8 Lead and coordinate a control room 5.9 Transmission Congestion |
6.1 Power System Simulation 6.2 Power System Restoration 6.3 Cyber Infrastructure and Security 6.4 Respond to complex protection operations 6.5 Lead and coordinate a control room 6.6 Design and interface of Distributed Energy 7.1 Transmission Congestion |
7.2 Power System Restoration 7.3 Cyber Infrastructure and Security 7.4 Respond to complex protection operations 7.5 Lead and coordinate a control room |
Case Studies & Resources
IncSys Partnership
Using software simulation for scenario and role based training
Designing agile training solutions for power systems control in the Australian Energy Market
New Course
Power Systems Operations for Renewable Energy Generators
Building competency via practical foundation and scenario based training for effective communications with networks and AEMO.
Case Study
APA Upskilling Control Room Operators to interface with Networks & AEMO
Developing a bespoke program to upskill control room operators to interface with transmission network and AEMO control rooms.
Case Study
Network control rooms - assessing traditional & new approaches to skills development
AusNet Services (Victoria) is collaborating with Thomson Bridge to create a video library for Network Control Rooms, Generators and HV Customers.
Thomson Bridge
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Electrical Training and Consulting
for Skills, Safety and Compliance
Thomson Bridge Pty Ltd
ABN 83 161 836 513
Registered Training Organisation No. 40754
1300 15 66 85 | info@thomsonbridge.com
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