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DTSTART;VALUE=DATE:20210511
DTEND;VALUE=DATE:20210512
DTSTAMP:20260410T101547
CREATED:20230629T142143Z
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UID:4236-1620691200-1620777599@www.era.ac.uk
SUMMARY:Grid Inertia 2021
DESCRIPTION:A summary of Grid Inertia 2021Event overviewAs large amounts of renewable energy generation are introduced to electrical grids and fossil-fuelled plants close down\, the energy system loses the short-term storage provided by the huge spinning rotors of the power stations. This event provides a space to discuss the reduction in grid inertia and to explore solutions in terms of technology\, markets and policy. \nThis is a summary of Grid Inertia 2021 which was run in conjunction with EPRI. \nBelow is the agenda for the event\, followed by links to various thought pieces. For more technical details about this event\, please visit the EPRI website here. \n\n\n\nTime (GMT)\nSession\n\n\n9:10 -9:20\nWelcome – Seamus Garvey\n\n\n9:20 – 10:40\nNetworks and Technology session \n\nInertia Services in the Australian Power System – Samantha Christie\, AEMO\nRegional Inertia Challenges in Weakly Coupled Systems – EPRI’s Efforts and Experience – Papiya Dattaray\, EPRI\nQuantifying Inertia and System Strength in Modern Power Systems – Brian Berry\, Reactive Technologies\nRole and Value of Inertia in Future Decarbonised Grids – Goran Strbac\, Imperial College London\n\n\n\n\n10:40 – 10:50\nBreak\n\n\n10:50 – 12:10\nMarket and policy session \n\nTrends in Inertia: Past Markets and Plans – Ben Gomersall\, National Grid\nDesign of Inertia Markets\, Martin Kearns\, EDF\nNordic System Overview – Mikko Kuivaniemi\, Fingrid\n\n\n\n\n12:10 – 13:00\nLunch \n\nAsk an Expert – Andy Turner\, Reactive Technology and Adrian Kelly\, EPRI\n\n\n\n\n13:00 – 13:55\nBreak-out sessions\n\n\nRoom 1: Synchronous Machines Tutorial – Seamus Garvey\, University of Nottingham\n\n\nRoom 2: Grid forming and Synthetic Inertia – Mark Sumner\, University of Edinburgh \n\nGrid Forming Converters – Deepak Ramasubramanian\, EPRI\n\n\n\n\nRoom 3: Storage and Fast Frequency Response – Papiya Dattaray\, EPRI \n\nGary Preece\, HighView\,\nGrid Frequency Volatility in Future Low Inertia Scenarios: The Role of Grid Scale Battery Storage – Solomon Brown\, University of Sheffield\n\n\n\n\nRoom 4: Pure Flywheels – James Rouse\, University of Nottingham \n\nSHyKESS James Rouse\, University of Nottingham\nGyrotricity – Keith Pullen\, City University of London\n\n\n\n\nRoom 5: Inertia and Renewables\n\n\n13:55 – 14:05\nBreak\n\n\n14:05 – 15:00\nPanel / Q & A – Michael Colechin \n\nAndy Turner\, Reactive Technologies\nDavid Cole\, Atkins\nDave Potter\, Uniper Stability Pathfinder\n\n\n\n\n\nLinks to Events and Thought Leadership Pieces on Energy StorageWe have developed a number of useful events and thought leadership pieces on energy storage. A link to each of these can be found below. \nwww.era.ac.uk/Medium-Duration-Energy-Storage \nwww.era.ac.uk/Medium-Duration-Energy-Storage-2022 \nwww.era.ac.uk/Hydrogen-Storage-in-Caverns-2021 \nwww.era.ac.uk/Hydrogen-Storage-in-Caverns-2022 \nwww.era.ac.uk/Grid-Inertia \nwww.era.ac.uk/Grid-Inertia-2022 \nEvent sponsors \n \n As large amounts of renewable energy generation are introduced to electrical grids and fossil-fuelled plants close down\, the energy system loses the short-term storage provided by the huge spinning rotors of the power stations.  Want to work with us?For more information about this event\, or if you are a company and would like to discuss ideas related to this topic\, please contact Professor Seamus Garvey at the University of Nottingham. \nEmail: Seamus.Garvey@nottingham.ac.uk \nAn enhanced flywheel system would be much cheaper than a battery based equivalent. It turns out after all that some new problems have some excellent old solutions. \nProfessor Seamus Garvey\, University of Nottingham
URL:https://www.era.ac.uk/event/grid-inertia-2021/
LOCATION:University of Nottingham\, University Park\, Nottingham\, NG7 2RD\, United Kingdom
CATEGORIES:Past Events
ATTACH;FMTTYPE=image/jpeg:https://www.era.ac.uk/wp-content/uploads/2023/06/Flywheel-1.jpg
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