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Day One
Session One: Opening
South Australia’s Clean Energy Transition
The Role of Consumers in the Energy Transformation
UK Major Programmes & Initiatives
Perspectives on DOE Policies and Priorities
Welcome from John Ward
Session Two: Markets & Regulatory Frameworks
EGAT Hydro floating solar
EGAT Green Hydrogen
Project EDGE
Session Three: The Green Powered Future Mission
The Green Powered Future Mission
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Day Two
Session One: Global Power System Transformation
Introduction to GPST
Frequency control of the National Electricity Market
Advanced Inverter Applications
Transmission planning and investment
DER dynamic operating envelopes
Power Systems Architecture
Session Two: RACE for 2030
The power of possibility
Towards a customer-centred clean energy transition
SA node
Low voltage network visibility
Session Three: ISGAN & SIRFN – Grid Integration of RE
The Role of Research & Testing Facilities
ERIGrid 2.0
Session Four: Testing and Renewable Energy Integration
CSIRO Energy Systems
Fraunhofer Institute
How Can Testing Accelerate Renewable Energy Integration?
Open Challenges for Research Infrastructures to Support Grid Transition at Pace
Accelerating DER Development and Validation
AEMO’s Engineering Framework & Technology Roadmap
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Day Three
Session One: Managing DER – Hosting Capacity & Cybersecurity
A Pathway to DER Cybersecurity
Methods and scenarios for strategic grid planning in distribution networks
Flexibility harvesting and its impact on stakeholder interaction
Model-Free Hosting Capacity Analysis
Session Two: Running the Grid on Renewable Energy
Panel Session intro slides
ISGAN Working Group 6 Transmission and Distribution
Running the grid on VRE
NREL Workshop
The Need for Grid-forming (GFM) Inverters in Future Power Systems
Grid-Forming Batteries the current state of play
Application of grid-forming inverters in Australia
Modelling Grid-Forming Technologies and Standardization
Unifi Integration and Validation
Grid Forming Inverters Practical Experiences and Challenges
Grid Forming Capabilities for Non-Synchronous Generators
System Stability Support from Inverter-based Technologies
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