Our Stage 5 Summary Report and final Stage 5 reports below provide an update on the progress of Australia’s Global Power System Transformation (G-PST) Roadmap which was launched in 2022. In 2025, the G-PST initiative evolved and, in Australia, now operates under the lead of CSIRO and AEMO as the Australian Research in Power Systems Transition (AR-PST).
Development of the Roadmap represented Stage 1 work which outlined a research path across nine key topics on preparing a power system that provides secure and reliable operation during the energy transition to a decarbonised electrical grid with high penetration of renewables.
The Stage 5 reports:
- Explain the critical need for this research to support the acceleration of the energy transition underway in Australia, and globally.
- Establish clearly what has been done in the research topic to the end of the 2026 financial year, since commencement in May 2025.
- Place the current stage of research in context of the CSIRO Research Plan that was developed in 2021.
- Suggest any changes or adaptation to the original research roadmap published in 2022 as a result of factors such as research outcomes, advances in relevant technology, or energy policy and regulation changes.
- Recommend high priority future work for this topic for the next round of research scheduled for 2026/27.
Executive Summary
- Stage 5 Research Program Summary Report (coming soon)
- Stage 5 Presentation Australian Research Leadership in the GPST (coming soon)
AR-PST Stage 5 Final Reports by topic:
- Topic 1-1: Advanced inverter applications (and requirements) for current-limited grid-forming inverters
- Topic 1-1: Advanced inverter applications (and requirements) for current-limited grid-forming inverters
- Topic 1-2: Advanced inverter technical standards
- Topic 1-2: Advanced inverter technical standards
- Topic 1-3: Protection systems and inverter based resources, literature review and simulation (coming soon)
- Topic 2: Analytical methods for determination of stable operation of IBRs in a future power system
- Topic 3: Control Room of the Future – the human machine interface
- Topic 3: Control Room of the Future - the human machine interface
- Topic 4-1: Resource Adequacy, Risk, and Resilience in Low-Carbon Energy System Planning
- Topic 4-1: Resource Adequacy, Risk, and Resilience in Low-Carbon Energy System Planning
- Topic 4-2: Power system planning for security
- Topic 5-1: System restoration with inverter based resources
- Topic 5-1: System restoration with inverter based resources
- Topic 5-2: Demonstration of system restoration
- Topic 6-1: Essential Services: protection and inverter based resources, an industry perspective
- Topic 6-1: Essential Services: protection and inverter based resources, an industry perspective
- Topic 6-2: Characterisation of Loads for Esssential Services
- Topic 6-2: Characterisation of Loads for Essential Services
- Topic 8-1: Distributed Energy Resources: dynamic operating envelopes and vehicle to grid
- Topic 8-2: Distributed Energy Resources: dynamic operating envelopes and fairness
- Topic 8-3: Distributed Energy Resources: flexibility demand markets (coming soon)
- Topic 8-4: Distributed Energy Resources: demonstration of CSIP-AUS communication protocol (coming soon)
- Topic 9-1: Distributed Energy Resource and Stability
- Topic 9-2: Distributed Energy Resource and Stability
- Topic 9-2: Power System Cybersecurity
- Topic 9-2: Power System Cybersecurity
Power Systems Architecture
The research topic 7 on Power Systems Architecture was not progressed in 2025/26 under this program. Topic 7 related research is continuing under alternative funding arrangements.
Our Stage 5 Summary Report and final Stage 5 reports below provide an update on the progress of Australia’s Global Power System Transformation (G-PST) Roadmap which was launched in 2022. In 2025, the G-PST initiative evolved and, in Australia, now operates under the lead of CSIRO and AEMO as the Australian Research in Power Systems Transition (AR-PST).
Development of the Roadmap represented Stage 1 work which outlined a research path across nine key topics on preparing a power system that provides secure and reliable operation during the energy transition to a decarbonised electrical grid with high penetration of renewables.
The Stage 5 reports:
- Explain the critical need for this research to support the acceleration of the energy transition underway in Australia, and globally.
- Establish clearly what has been done in the research topic to the end of the 2026 financial year, since commencement in May 2025.
- Place the current stage of research in context of the CSIRO Research Plan that was developed in 2021.
- Suggest any changes or adaptation to the original research roadmap published in 2022 as a result of factors such as research outcomes, advances in relevant technology, or energy policy and regulation changes.
- Recommend high priority future work for this topic for the next round of research scheduled for 2026/27.
Executive Summary
- Stage 5 Research Program Summary Report (coming soon)
- Stage 5 Presentation Australian Research Leadership in the GPST (coming soon)
AR-PST Stage 5 Final Reports by topic:
- Topic 1-1: Advanced inverter applications (and requirements) for current-limited grid-forming inverters PDF (6 MB)
- Topic 1-1: Advanced inverter applications (and requirements) for current-limited grid-forming inverters
- Topic 1-2: Advanced inverter technical standards PDF (2 MB)
- Topic 1-2: Advanced inverter technical standards DOCX (2 MB)
- Topic 1-3: Protection systems and inverter based resources, literature review and simulation (coming soon)
- Topic 2: Analytical methods for determination of stable operation of IBRs in a future power system DOCX (14 MB)
- Topic 3: Control Room of the Future – the human machine interface PDF (14 MB)
- Topic 3: Control Room of the Future - the human machine interface DOCX (13 MB)
- Topic 4-1: Resource Adequacy, Risk, and Resilience in Low-Carbon Energy System Planning PDF (8 MB)
- Topic 4-1: Resource Adequacy, Risk, and Resilience in Low-Carbon Energy System Planning DOCX (14 MB)
- Topic 4-2: Power system planning for security PDF (18 MB)
- Topic 5-1: System restoration with inverter based resources PDF (4 MB)
- Topic 5-1: System restoration with inverter based resources DOCX (3 MB)
- Topic 5-2: Demonstration of system restoration DOCX (51 MB)
- Topic 6-1: Essential Services: protection and inverter based resources, an industry perspective PDF (4 MB)
- Topic 6-1: Essential Services: protection and inverter based resources, an industry perspective DOCX (7 MB)
- Topic 6-2: Characterisation of Loads for Esssential Services PDF (2 MB)
- Topic 6-2: Characterisation of Loads for Essential Services DOCX (1 MB)
- Topic 8-1: Distributed Energy Resources: dynamic operating envelopes and vehicle to grid DOCX (16 MB)
- Topic 8-2: Distributed Energy Resources: dynamic operating envelopes and fairness PDF (4 MB)
- Topic 8-3: Distributed Energy Resources: flexibility demand markets (coming soon)
- Topic 8-4: Distributed Energy Resources: demonstration of CSIP-AUS communication protocol (coming soon)
- Topic 9-1: Distributed Energy Resource and Stability PDF (56 MB)
- Topic 9-2: Distributed Energy Resource and Stability DOCX (67 MB)
- Topic 9-2: Power System Cybersecurity PDF (6 MB)
- Topic 9-2: Power System Cybersecurity DOCX (11 MB)
Power Systems Architecture
The research topic 7 on Power Systems Architecture was not progressed in 2025/26 under this program. Topic 7 related research is continuing under alternative funding arrangements.