Project Summary - Version June 2021
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Project Summary
The project has received funding from the
European Union’s Horizon 2020 research and
innovation program under grant agreement No
773406
Presentation of OSMOSE project
Version June 2021 1
OSMOSE PROJECT
A project about flexibility
Flexibility is understood as a power system's ability to cope with variability
and uncertainty in demand, generation and grid, over different timescales.
NEW FLEXIBILITY NEEDS
NEW FLEXIBILITY
SOURCES
Presentation of OSMOSE project
2
OSMOSE PROJECT
The consortium
✓ H2020 EU funded
✓ 27M€ budget
✓ 33 partners
✓ Leaders: RTE, REE,
TERNA, ELES, CEA, TUB
✓ Jan 2018 – Apr 2022
Presentation of OSMOSE project
3
OSMOSE PROJECT
Objectives and WPs
4 Demonstrators
✓Foster the participation of new flexibility providers
✓Demonstrate new flexibility services and multi-
Simulations of long-term scenarios services capabilities
✓Identify future needs and sources of flexibility
✓Develop new tools and methods for flexibility Grid forming by multi-services
WP3
assessment hybrid storage
WP1 Optimal mix of flexibilities
Multi-services by different
WP4
storage and FACTS devices
WP2 Market designs and regulations
Multi-services by coordinated
WP5 grid devices, large demand-
WP7 Scaling-up and replication response and RES
WP6 Near real-time cross-border
energy market
4
Presentation of OSMOSE project
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OSMOSE PROJECT
WP1: Optimal Mix of Flexibilities
SCENARIOS Neglected Climate Current Goals Accelerated
DEFINITION Actions Achieved Transformation OBJECTIVES
✓ Quantify the needs of flexibility
Multi-sectoral investment trajectories in different long-term scenarios
SIMULATIONS
Tool: AnyMOD.jl
✓ Define the best sources of
Hourly dispatch of the electrical system flexibility in the scenarios
Tool: Antares
✓ Create advanced tools and
methodologies to analyze
Local sizing
Reserves Stability
flexibility
and siting
Tool: MORA Tool: DIgSILENT
Tool: DESPLAN
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OSMOSE PROJECT
WP1: Status
✓3 Scenarios developed (see Deliverable 1.1)
✓Methodologies for time series generation
SCENARIOS Neglected climate Current Goals ✓AnyMOD.jl tool available open-source to better take
Accelerated
Achieved into account sector coupling
DEFINITION actions Transformation
✓Methodology for flexibility assessment
Multi-sectoral investment trajectories ✓All scenarios simulated
SIMULATIONS
Tool : anyMod- Genesys
✓ Large perturbation angle and frequency stability, Small
Hourly dispatch of the electrical system perturbation angle stability and voltage stability
Tool : Antares assessed for critical cases for the Sicilian system in
2030 and 2050 scenarios
✓Flexibility options available proved to be effective
Local sizing and Reserves
Stability ✓Impact of short-term RES uncertainty on cross-border
sitting Tool : MORA
Tool : DIgSILENT provision reserves assessed for the scenarios “Current
Tool : DESPLAN
Goals Achieved” 2030 and 2050, and respective
flexibility needs calculated
Presentation of OSMOSE project
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OSMOSE PROJECT
WP2: market designs & regulations
SIMULATIONS
OBJECTIVES
✓ Explore and propose
some market-based
solutions for the
development of an optimal
mix of flexibility sources in
Europe
✓ Create advanced tools
and methodologies for
*RT : Real Time ; DA : Day Ahead; ID : intra Day market design analysis
orange is for CEGrid-JMM model from UDE, and blue is for the PROMETHEUS-ATLAS model from RTE
Presentation of OSMOSE project
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OSMOSE PROJECT
WP2: status
SIMULATIONS ✓Methodology for error forecast
✓Methodology to model the interface
between TSOs and DSOs.
✓Analysis of KPIs for possible
electricity markets targeting optimized
flexibilities
✓First zonal market simulations
produced, providing spot market
prices.
✓First analysis allowing to quantify
difference in forecast errors at zonal
*RT : Real Time ; DA : Day Ahead; ID : intra Day
and nodal scale.
orange is for CEGrid-JMM model from UDE, and blue is for the PROMETHEUS-ATLAS model from RTE ✓Webinar on the first findings from
WP2 market simulations.
Presentation of OSMOSE project
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OSMOSE PROJECT
Overview of demonstrations
Presentation of OSMOSE project
9OSMOSE PROJECT
WP3 Demo:
Grid forming by multi-service hybrid storage
DEVICES
OBJECTIVES
✓ Test the robustness and effectiveness of
Supercapacitors 1MW-10s 720 kVA/560 kWh LOT grid forming control in two real
0.5MVA-60min Li-ion battery battery
RTE substation 25 kWh LOT battery
environments
EPFL Campus ✓ Assess multi-services compatibility
✓ Define DC power and energy
SERVICES
Grid forming
management strategies
Fast frequency control, FCR, aFRR ✓ Test the portability of the control
Congestion management* strategies over different hardware
*These services are not at the core of the demo, only their compatibility
with grid forming will be assessed platforms
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10OSMOSE PROJECT
WP3 Demo: Status
✓ KPI defined to assess grid forming
✓ Demonstration and simulations validating the KPI of
DEVICES grid-forming control compared to grid following
✓ Successful implementation of grid forming in two
« off the shelf » storage devices
➢ Multi-services algorithm developped, now to be
tested in the EPFL demo
Supercapacitors 1MW-10s 720 kVA/560 kWh LOT
0.5MVA-60min Li-ion battery battery
RTE substation 25 kWh LOT battery Installation on EPFL campus
EPFL Campus
SERVICES
Grid forming Published
Fast frequency control, FCR, aFRR
Congestion management*
*These services are not at the core of the demo, only their compatibility
with grid forming will be assessed
Presentation of OSMOSE project
11OSMOSE PROJECT
WP4 Demo: Multiple services provided by
coordinated control of storage and FACTS
DEVICES
OBJECTIVES
Master control
✓ Define a Master Control to coordinate
STATCOM (12 Mvar) Different batteries
Ultracapacitors (0.8MW) PV and wind turbine different flexibility solutions
Li-Ion batteries (2MW/0.5MWh) Controllable load
CENER 20 kV grid-connected facilities Micro grid in CENER lab ✓ Design a new hybrid and modular
storage solution offering multi-services
Emulation of inertia, Fast Fault Current
SERVICES
Injection, Power oscillation Damping ✓ Develop a lithium-ion battery connected
Frequency regulation at high voltage in DC (≥ 1 kV)
Setpoint tracking, Management of renewable
energy variability, program management
Congestion Management, Voltage Control
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12OSMOSE PROJECT
WP4 Demo: Status
DEVICES
Master control
CENER facilities
STATCOM (12 Mvar) Different batteries (Sangüesa - Navarra)
Ultracapacitors (0.8MW) PV and wind turbine
Li-Ion batteries (2MW/0.5MWh) Controllable load
CENER 20 kV grid-connected facilities Micro grid in CENER lab ✓ SAFT battery ready to be integrated in the
Hybrid Flexible Device.
Emulation of inertia, Fast Fault Current ✓ Containerization and wiring of all power
SERVICES
Injection, Power oscillation Damping
module components in the container close
Frequency regulation to completion (July 2021)
Setpoint tracking, Management of renewable
✓ On field installation works are planned for
energy variability, program management August-September 2021.
Congestion Management, Voltage Control
Presentation of OSMOSE project
13OSMOSE PROJECT
WP5 Demo: Multiple services provided by
grid devices, large DR and RES coordinated
in a smart management system
DEVICES
OBJECTIVES
✓ Demonstrate the provision of FRR and AVC
9 industrial 2 wind farms - 33 MW
7x150kV lines by single or aggregated industrial loads
consummers +1 battery (2 MW - 2
Dynamic Thermal
~120 MW of flexibility MWh)
Ratings
✓ Demonstrate the provision of Synthetic Inertia
TERNA and AVC by wind farms
✓ Test innovative DTR
Frequency Automatic
SERVICES
Restoration Reserve Voltage Control ✓ Develop an Energy Management system to
and Automatic and Synthetic
Voltage Control Inertia
coordinate congestion management by DTR,
RES and industrial loads
Congestion management with an Energy Management
System
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14OSMOSE PROJECT
WP5 Demo: status
✓ 5 Industrial load sites have been upgraded
successfully : 88MW for congestion
DEVICES management, 5.5MVar for voltage control and
0.4MW for aFRR will be available for the demo.
✓ First local tests on Automatic Voltage Control on
2 wind farms - 33 MW the two wind power plants were successfully
9 industrial 7x150kV lines
consummers +1 battery (2 MW - 2 conducted.
Dynamic Thermal Pietragalla site with BESS &
MWh)
~120 MW of flexibility Ratings ✓ A Synthetic Inertia control device has been wind turbines
TERNA developed by Enel Green Power and installed
on its Pietragalla plant premise.
Frequency Automatic ✓ D5.4 released. It explains all relevant activities
SERVICES
Restoration Reserve Voltage Control Installation of
and technical information related to the
and Automatic and Synthetic Dynamic Thermal Rating
Voltage Control Inertia development and implementation of the
software solutions needed to carry out the first
Congestion management with an Energy Management use case of WP5 demonstrator.
System
Presentation of OSMOSE project
15OSMOSE PROJECT
WP6 Demo:
Near real-time cross-border energy market
DEVICES OBJECTIVES
✓ Design a market which takes advantage
of the flexibility near real-time
Soverzene plant Santa Massenza DEM, TES and High voltage grid
20MW plant SENG plants TERNA & ELES ✓ Develop the software and platforms for
participating 70MW 135MW
ENEL participating participating bids creation, selection and activation
HDE HSE
✓ Demonstrate the effectiveness and
SERVICES
Near real-time energy cross border market
security of this market
taking into account grid constraints
Presentation of OSMOSE project
16OSMOSE PROJECT
WP6 Demo: Status
Lake Santa Massenza (Santa
Massenza plant)
DEVICES ✓ Video on WP6 demonstrator concepts!
✓ EN4M software, FEB creation and OPT tools
have been installed and tested individually on
ELES business environment.
Soverzene plant Santa Massenza DEM, TES and High voltage grid
TERNA & ELES
✓ Conclusive tests of the bidding generators were
20MW plant SENG plants
participating 70MW 135MW run from the flexibility provider’s side.
ENEL participating participating
HDE HSE
SERVICES
Near real-time energy cross border market
taking into account grid constraints
Simplified diagram of
WP6 demo
Presentation of OSMOSE project
17OSMOSE PROJECT
WP7: Scaling up and replication
BATTERY ENERGY STORAGE SYSTEM:
TSO-DSO FLEXIBILITIES
INTEROPERABILITY DESIGN & CONTROL AND SHARED
COORDINATION
DATABASE
Objectives: Objectives: Objectives:
✓ Refine IEC61850 interoperability ✓ Provide an optimization ✓ Develop methods and tools for BESS
framework framework taking into account design & control for a decrease of
different time scales for voltage Levelised Cost
✓ Demonstrate the engineering process
control on the DSO grid in
of IEC61850 ENTSOE profile with
coordination with the TSO
different specifications tools ✓ Creation of a shared database with
✓ Demonstrate the tool and its advanced data analytics for Energy
✓ Demonstrate IEC61850
benefits in a demo in real-time Storage Systems in operation
interoperability framework with
simulation
products from different manufacturers
Presentation of OSMOSE project
18OSMOSE PROJECT
WP7: Scaling up and replication
BATTERY ENERGY STORAGE SYSTEM:
TSO-DSO FLEXIBILITIES
INTEROPERABILITY DESIGN & CONTROL AND SHARED
COORDINATION
DATABASE
Deliverable Optimal sizing
Objectives: D7.1 Objectives: Objectives: method: D7.5
✓ Refine IEC61850 interoperability ✓ Provide an optimization ✓ Develop methods and tools for BESS
framework framework taking into account design & control for a decrease of
different time scales for voltage Levelised Cost
✓ Demonstrate the engineering process
control on the DSO grid in
of IEC61850 ENTSOE profile with
coordination with the TSO
different specifications tools First tests ✓ Creation of a shared database with
done ✓ Demonstrate the tool and its advanced data analytics for Energy
✓ Demonstrate IEC61850
benefits in a demo in real-time Storage Systems in operation
interoperability framework with
simulation
products from different manufacturers
First tests of ✓ Database developed & tested
Webinar ✓ Integration of on-fields BESS
Flexibility Scheduler
Presentation of OSMOSE project software ongoing data from WP3-WP4 demo
19Thank you!
https://www.osmose-h2020.eu/
@Osmose_H2020
osmose-h2020
Presentation of OSMOSE project
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