Deliverables
WP1 – Optimal Mix of flexibilities
- D1.1 European Long-Term Scenarios Description
- D1.2 Flexibility cost and operational data outlook
- D1.2 2 related data set
WP2 – Market designs & regulations
- D2.1 “Methodology for error forecasts
- D2.2 “Candidate market mechanisms
- Milestone 2.2 : First market simulations available
- Milestone 2.3: Improved methodology to represent flexibilities on the distribution grids from a transmission grid point of view
WP3 – Grid forming for the synchronisation of large power systems
WP4 – Multiple services by coordinated control of storage and FACTS
WP5 – Multiple services provided by grid devices, large demand-response and RES generation
WP6 – Near real-time cross-border energy market
- D6.1 Mechanism design and specifications
- D6.2 Software demonstration platform development
- D6.3 Report on Software demonstration platform development
- D6.4 Use cases and KPIs refinement and Demonstration Tests design
WP7 – Scaling up and replication
Peer review publications and open source tools
WP1 – Optimal Mix of flexibilities
- Multi-temporal assessment of power system flexibility requirement
- AnyMOD.jl, Julia framework for energy system models with a focus on multi-period capacity expansion
- jl: A Julia package for creating energy system models
WP2 – Market designs & regulations
WP3 – Grid forming for the synchronisation of large power systems
- Effect of Voltage Source Converters with Electrochemical Storage Systems on Dynamics of Reduced-inertia Bulk Power Grids
- Optimal Provision of Concurrent Primary Frequency and Local Voltage Control from a BESS Considering Variable Capability Curves: Modelling and Experimental Assessment
- Upgrade of grid-connected storage solution with grid-forming function
- Control of Battery Storage Systems for the Simultaneous Provision of Multiple Services
- Under Frequency Load Shedding based on PMU Estimates of Frequency and ROCOF
WP4 – Multiple services by coordinated control of storage and FACTS
Soon!
WP5 – Multiple services provided by grid devices, large demand-response and RES generation
- On-Line Control of DERs to Enhance the Dynamic Thermal Rating of Transmission Lines
- Optimal Provision of Concurrent Primary Frequency and Local Voltage Control from a BESS Considering Variable Capability Curves: Modelling and Experimental Assessment
- Congestion Management in Italian HV grid using novel Dynamic Thermal Rating methods: first results of the H2020 European project Osmose
- Market Participation of Distributed Energy Resources for offering Flexibility Services
WP6 – Near real-time cross-border energy market
WP7 – Scaling up and replication
Brochures, newsletters, and presentations
Newsletters
- OSMOSE Public Newsletter November 2020
- OSMOSE Public Newsletter May 2020
- OSMOSE Newsletter September 2019: project summary
Brochures and project presentations
- Project presentation, 2020 update
- WP2 Milestone 2.2 First market simulations available (WP2)
- WP7 Webinar on deliverable 7.5 BESS Optimal Sizing (June 2020)
- WP1 anyMOD open source tool for large energy systems modeling
