Elia Group Sa/nv · EURONEXT:ELI
Elia Group Sa/nv — Investor Presentation (November 2024)
88 slides from Elia Group Sa/nv's investor presentation, Nov 25, 2024
Slide 1: The Horizontal Electricity System Think Tank
THE HORIZONTAL ELECTRICITY SYSTEM THINK TANK November 25, 2024
Slide 2: Agenda
1. Fluxys – Towards an optimal energy system for Belgium and neighbouring countries 2. Elia – Harnessing Flexibility in the Energy Transition 3. Elia – Offshore viewpoint 4. Elia – Viewpoint 2025 – Energy Storage 5. Elia – feedback, 1 year Think Tank
Slide 3: Towards one Integrated System Vision
Towards one Integrated System Vision Main insights from our ‘Integration North Sea Model’ Ghislain Detienne (ghislain.detienne@fluxys.com) Elia Think Tank 25/11/2024
Slide 4: Fluxys multi-energy simulation model for informed decision-making
Fluxys multi-energy simulation model for informed decision-making all interactions energy systems of achieve carbon- between electricity, all countries neutrality at the methane, hydrogen bordering the North lowest cost with and CO 2 on an hourly Sea energy demand basis served at any time Informed d
Slide 5: 1. Model & Assumptions
1. MODEL & ASSUMPTIONS 5
Slide 6: The model aims to identify the optimal multi-energy system for carbon neutrality
The model aims to identify the optimal multi-energy system that can achieve carbon neutrality by 2050 INPUTS MODEL OUTPUTS INSIGHTS Energy demand Goal: simulate the interactions Optimal capacities (yearly values +hourly time series) (investments in infra & technologies) H2 and CO 2 transit between e
Slide 7: Integrated energy system with electricity, CH4, H2 and CO2
Integrated energy system with electricity, CH4, H2 and CO 2 Production, imports, conversion, storage and demand are connected through transmission infrastructure Renewable Fossil & Conversion Assumption: no electricity and hydrogen from coal and oil in 2050 & Low Carbon Imports & Storage & Exports F
Slide 8: CO2 emissions can be compensated or captured
CO 2 emissions can be compensated or captured CO2 CO2 comp. emissions Carbon capture CH4 CO 2 comp. H2 & deriva- tives CO2 CO 2 sequestration 8
Slide 9: Starting position is a final demand scenario
CH4 H2 CO2 & deriva- Starting position is a final demand scenario tives ASSUMPTIONS Values for 2050 from Global Ambition and Distributed Energy were taken as final demand scenarios (ENTSOs’ TYNDP 2024) 15 30 194 240 TWh 23 181 27 34 85 TWh 488 212 469 TWh 37 881 TWh 216 216 123 113 173 147 626 806 4
Slide 10: Various potentials for RES can be simulated
CH4 H2 CO2 & deriva- Various potentials for RES can be simulated tives ASSUMPTIONS Maximal potentials for renewable electricity in 2050 comes from ENTSOs’ TYNDP 2024 2 7 38 30 North Sea Cluster 6 6 Max potential for CO2 sequestration 43 34 6 80 133 175 Mt/y 58 72 30 14 146 69 1 8 9 Other major assum
Slide 11: 2. Results & Key Insights
2. RESULTS & KEY INSIGHTS 11
Slide 12: RES is massively built in both scenarios
CH4 H2 CO2 & deriva- RES is massively built in both scenarios tives GA vs. DE Solar PV is the only RES not fully deployed, due to a lower load factor and the need to upgrade distribution grids 2 2 Global Ambition 7 Distributed Energy 7 Capacities in GW 38 15 Capacities in GW 38 15 North Sea North Se
Slide 13: Dispatchable capacity is needed
CH4 H2 CO2 & deriva- Dispatchable capacity is needed tives 42 to 72 GW of gas-to-power is installed as dispatchable capacity to GA vs. DE secure electricity supply during winter Results for the 10 countries (currently 113 GW of gas-fired power plants & 40 GW of coal-fired power plants – source S&P)
Slide 14: Electricity system mostly supplied by RES
CH4 H2 CO2 & deriva- Electricity system mostly supplied by RES tives Renewable electricity (wind, solar, hydro) supplies most of the final GA vs. DE electricity demand and green hydrogen production Results for the 10 countries Global Ambition Distributed Energy TWh/month Hydro Wind 42 GW 72 GW Solar
Slide 15: Electrolyzers enable optimal wind deployment
CH4 H2 CO2 & deriva- Electrolyzers enable optimal wind deployment tives Daily balance shows that excess wind production is converted to GA vs. DE hydrogen to avoid curtailments Results for the 10 countries Global Ambition TWh/day TWh/day Distributed Energy TWh/day TWh/day January Supplies: Batteries
Slide 16: Hydrogen is mainly produced within Europe
CH4 H2 CO2 & deriva- Hydrogen is mainly produced within Europe tives GLOBAL AMBITION H2 is produced locally by electrolysis and steam methane reforming (SMR); imports by ship from outside Europe occur only in Belgium 2 35 North Sea 4 Legend Cluster 75 109 262 24 195 51 68 819 110 3 SMR 31 661 109 45
Slide 17: Hydrogen is mainly produced within Europe
CH4 H2 CO2 & deriva- Hydrogen is mainly produced within Europe tives H2 is produced locally by electrolysis and SMR; imports by ship from GA vs. DE outside Europe occurs only in Global Ambition scenario Results for the 10 countries Global Ambition Distributed Energy TWh/month Imports by ship Storage
Slide 18: Biomethane and carbon capture are key
CH4 H2 CO2 & deriva- Biomethane and carbon capture are key tives The whole system is carbon-neutral, with credits from bioenergy and GA vs. DE carbon capture accounting each for half of CO 2 emissions reduction Results for the 10 countries Global Ambition Distributed Energy Mt/month Steam methane re
Slide 19: Molecule storages essential for seasonal demand
CH4 H2 CO2 & deriva- Molecule storages essential for seasonal demand tives GLOBAL Seasonal storage is assured with methane, weekly storage with AMBITION hydrogen and daily/hourly storage with batteries Results for the 10 countries Methane Electricity Hydrogen Hydrogen Electricity Electricity Undergr
Slide 20: Electricity supply in Belgium depends on imports
CH4 H2 CO2 & deriva- Electricity supply in Belgium depends on imports tives Nuclear from France, wind from North Sea cluster and Netherlands GA vs. DE provide bulk electricity, while all interconnections improve balancing Results for Belgium Global Ambition Distributed Energy TWh/month Interconnecti
Slide 21: Gas turbines needed in both scenarios as SoS
CH4 H2 CO2 & deriva- Gas turbines needed in both scenarios as SoS tives More gas-fired power plants needed to balance the system when GA vs. DE wind and sun do not cover final electricity demand during winter Results for Belgium Global Ambition GWh/h GWh/h Distributed Energy GWh/h GWh/h January Supp
Slide 22: More methane is imported in Belgium
CH4 H2 CO2 & deriva- More methane is imported in Belgium tives More LNG imports are needed to supply the additional demand from GA vs. DE SMR and gas turbines Results for Belgium Global Ambition Distributed Energy TWh/month Storage Interconnections LNG imports Biomethane Gas turbines Final demand St
Slide 23: Hydrogen is mostly imported in Belgium
CH4 H2 CO2 & deriva- Hydrogen is mostly imported in Belgium tives Huge bulk imports by ship (derivatives) are complemented by GA vs. DE pipeline imports from FR and the UK, and local production by SMR Results for Belgium Global Ambition Distributed Energy TWh/month Imports Interconnections by ship S
Slide 24: More carbon capture from SMR in Belgium
CH4 H2 CO2 & deriva- More carbon capture from SMR in Belgium tives Additional emissions from gas-fired power plants and SMRs are GA vs. DE compensated by more carbon capture exported to the North Sea Results for Belgium Global Ambition Distributed Energy Mt/month Steam methane reforming Final demand
Slide 25: H2 system strongly impacted by CO2 sequestration
CH4 H2 CO2 & deriva- H2 system strongly impacted by CO 2 sequestration tives CO2 As more CCS is possible, H2 imports and electrolyzers are replaced by sequestration SMRs, but some electrolyzers remain as dispatchable demand for RES Results for the 10 countries Global Ambition 175 Mt/y (max used is 2
Slide 26: Impact of offshore wind potential in the North Sea
CH4 H2 CO2 & deriva- Impact of offshore wind potential in the North Sea tives Up to 111GW of additional offshore wind capacity would be deployed, Offshore wind potential reducing solar PV and allowing more H 2 production by electrolysis Results for the 10 countries Optimal deployment of offshore win
Slide 27: Key insights from simulating ENTSOs TYNDP2024 scenarios for 2050
Key insights from simulating ENTSOs TYNDP2024 scenarios for 2050 with our North Sea Integration Model Renewables produce Molecule storage almost all is essential electricity A carbon-neutral Gas turbines necessary in energy system in 2050 winter in the North Sea countries is realistic and needs KEY
Slide 28: Thank you for your attention!
THANK YOU FOR YOUR ATTENTION! 28
Slide 29: Elia - Harnessing Flexibility in the Energy Transition
Elia - Harnessing Flexibility in the Energy Transition
Slide 30: Harnessing Flexibility in the Energy Transition: Comparative Study of Balancing Models
Harnessing Flexibility in the Energy Transition : A Comparative Study of Different Models to Balance the Electrical Grid Bosschaerts C. Hirth L. Roques F. Vandenberghe F. Market Manager at Elia Director of Neon and Executive Vice President in Managing director at Onoma associate professor at the Par
Slide 31: Massive integration of RES creates a major grid balancing challenge
Massive integration of RES in the electricity system creates a major challenge in terms of grid balancing… Solar evolution in Belgium Peak consumption* 12 GW 76 GW Solar capacity installed 10 GW 92 GW RES production will exceed Load everywhere in EU leading to structural balancing challenges 31 *win
Slide 32: Significantly increased system flexibility needs
… and hence significantly increases the system flexibility needs The amount of required fast flexibility (able to react within 15’ to cope with forecast errors) is expected to almost double in 10 years Expected evolution of system flexibility needs in Belgium (figure extracted from the Adequacy and
Slide 33: More flexible assets are connected to the grid
Meanwhile, as a consequence of the rapid electrification of industrial and residential sectors, more and more flexible assets are connected to the grid… Significant volumes of emerging flexibility still need to be unlocked thanks to appropriate market models Expected evolution of # EVs and related o
Slide 34: Flexible assets as a solution to intermittency
… offering a natural solution to deal with the intermittency of the new generation mix Provided that market designs evolve accordingly 34
Slide 35: Two options to provide fast flexibility to the system
These new flexible assets have two options to provide fast flexibility to the system for grid balancing purpose Explicit bidding to the System Operator Signal sent by the System “Volume Operator to the Flexibility Activation Service Provider with a specific based” request required volume of flexib
Slide 36: Centralized and decentralized grid balancing models
In Europe, there exist two categories of grid balancing models : the centralized and the decentralized ones The centralized balancing models The decentralized balancing model Explicit participation is the only way to Implicit reactions of BRPs to price signals help the system after a certain moment
Slide 37: The theoretical appeal of centralized balancing models
The theoretical appeal of centralized balancing models Tight control 01 The TSO maintains a clear, immediate overview of available flexibility 100% explicit Firm participation Might seem 02 There is a contractual obligation for service providers to deliver activated resources. Activations requested
Slide 38: The practical reality of centralized balancing models
The practical reality of centralized balancing models Centralized balancing model might seem appealing at first sight but, in practice, their ability to deal with the challenges and opportunities brought by the energy transition can be questioned because they can exclude less conventional flexible a
Slide 39: Example of flexibility exclusion
Example of flexibility exclusion Under some specific circumstances, I could temporarily decrease the electrical consumption of my industrial process in order to valorize this flexibility at a very high imbalance price. However, I need to keep full control on if, when, how much and how long I decreas
Slide 40: Decentralized balancing models – a promising alternative
Decentralized balancing models – a promising alternative in the context of the energy transition? In decentralized balancing models, explicit participation in the system during the balancing timeframe (i.e. through explicit balancing bids offered to the TSO) is complemented by the implicit participa
Slide 41: Decentralized models are more efficient from an economic perspective
Decentralized models are more efficient from an economic perspective 41
Slide 42: Belgian experience with a decentralized balancing model
Illustration - Belgian experience with a decentralized balancind model The average System Imbalance significantly decreased when the BRPs were first allowed to help balance the system up to real time in Belgium. It then remained stable despite the huge increase in the installed capacity of inter
Slide 43: Belgian experience with a decentralized balancing model
Illustration - Belgian experience with a decentralized balancind model These figures illustrate the impact of the implicit reactions to the imbalance price of one large demand facility located in Belgium They show that, without implicit reactions from this demand facility, an overall increase in
Slide 44: Conditions for success of decentralized models
However the success of decentralized models, in the context of the energy transition, depends on a number of conditions A design optimizing the potential of each flexible assets : Despite the fact that an alternative exists, explicit participation in the system should remain sufficiently attractive
Slide 45: Belgian TSO to bring its decentralized balancing model one step further
For these reasons, the Belgian TSO has decided to bring its decentralized balancing model one step further Next steps : Continue decreasing the barriers for participation to explicit balancing products (to the extent possible while preserving the nature and added value of these products); Review
Slide 46: Thank you.
-€ elia ao Thank you. < gG3 5s
Slide 47: Elia Offshore Viewpoint Key Insights
Elia Offshore Viewpoint Key Insights Elia Think Tank presentation on 25 November 2024 Going like the Wind
Slide 48: Going like the Wind
elia group A virtuous circle is a positive cycle of events, as part of which each event contributes to the success of the next. In the context of offshore wind benefits, the expression refers to a scenario in which addressing one challenge will make subsequent challenges easier to tackle. For exampl
Slide 49: Why an offshore study – now?
Why an offshore study – now? Offshore wind targets The ambition level is huge European Union + United Kingdom + Norway ► 500 GW by 2050 as per EU member state agreements, UK and NO ambitions Required > 18 GW/year ► Required installation pace needs to triple future pace ► With project lead time of mo
Slide 50: Our research
OUR RESEARCH In recent years, Elia Group has published several papers on offshore wind development - and hybrid interconnectors in particular. We are convinced that this will help Europe to harness the full renewable potential, of its seas while more effectively distributing the electricity produced
Slide 51: Key questions the study aims to address
—@Fia group THIS STUDY AIMS TO ADDRESS THE FOLLOWING KEY QUESTIONS: What essential steps are needed to bridge the gap between current offshore wind 1 capacities in our seas and future offshore targets? What is the value of offshore wind for Europe today, and what will it be in future? How can offsho
Slide 52: Overview of the analyses carried out for this study
Overview of the analyses carried out for this study 2023 power market Wake loss Spatial planning and supply Fourier Scenarios Europe’s energy system in 2050 simulation analysis chain analysis analysis In collaboration with In collaboration with No more offshore development after 2030 Limited offshor
Slide 53: Discussions with over 50 companies and organizations
We held discussions with over 50 companies, associations, universities and think thanks to calibrate assumptions and put results into perspective ‘Going like the Wind’ is Elia Group’s key publication on the road towards the North Sea Summit in Hamburg, 2025 Going like the Wind 53
Slide 54: The virtuous circle of offshore wind benefits in Europe
THE VIRTUOUS CIRCLE OF OFFSHORE WIND BENEFITS IN EUROPE FROM 2030 TO 2050, INTERNATIONAL COLLABORATION, 1. THE DE-RISKING OF INVESTMENTS AND SPATIAL PLANNING IN OFFSHORE WIND DEVELOPMENT COULD LOWER SYSTEM COSTS BY MORE THAN € 1000 BN. ADOPTING A COORDINATED APPROACH TO SEA-BASIN-WIDE PLANNING IS RE
Slide 55: Collaboration could lower costs by more than €1000 bn
1 (o) FROM 2030 TO 2050, INTERNATIONAL COLLABORATION, THE DE-RISKING OF INVESTMENTS AND SPATIAL PLANNING IN OFFSHORE WIND DEVELOPMENT COULD LOWER THE COSTS OF THE ENERGY TRANSITION BY MORE THAN € 1000 BN.
Slide 56: Key Message 1 (1/3): System cost benefits of collaboration
1. Key Message (1/3) SYSTEM COST BENEFITS ARE ONLY A FIRST STEP OF SEVERAL OTHER BENEFITS THAT A STRONG CROSS BORDER COLLABORATION WOULD UNLOCK Benefits of collaboration: Reduction in system costs (€ bn) for the period 2030-2050 in Europe Euros (billions) -1100 5,000 5,000 4,800 4,600 4,400 4,200 4,
Slide 57: Key Message 1 (2/3): Long-distance connection reduces variability
1. Key Message (2/3) THE LONG DISTANCE (INTER-)CONNECTION OF OFFSHORE WIND FARMS TO THE SHORE REDUCES VARIABILITY Weekly variability of offshore wind* In % of installed capacity, covering p99.97 percentile Days with low offshore wind capacity per year Average over the period 1979-2023 Correlation of
Slide 58: Key Message 1 (3/3): Hybrid interconnector benefits
1. Key Message (3/3) HAD MULTIPLE HYBRID INTERCONNECTORS BEEN BUILT BY NOW, WE WOULD BE REAPING THEIR BENEFITS A simulation facility replicated the historical market and system conditions to assess the effect of an additional offshore hub. The bidding zones of the day-ahead market were grouped into
Slide 59: Coordinated approach to sea-basin-wide planning
2 @ ADOPTING A COORDINATED APPROACH TO SEA-BASIN-WIDE PLANNING IS REQUIRED FOR EUROPE TO TAP INTO THE MOST EFFICIENT OFFSHORE WIND LOCATIONS AND TO HARNESS ALMOST 500 GW OF OFFSHORE WIND ENERGY BY 2050.
Slide 60: Key Message 2 (1/3): Coordinated planning shapes joint funding
2. Key Message (1/3) COORDINATED PLANNING SHAPES THE JOINT FUNDING OF PROJECTS AND UNITES COUNTRIES AROUND A SEA BASIN WITH HIGH LEVELS OF OFFSHORE POTENTIAL WITH THOSE THAT LACK IT A lack of collaboration may stall the realisation of offshore projects after 2030, due to a lack of appetite to suppor
Slide 61: Wind Speed Rose
Wind Speed Rose 20 10 0 Frequency in % Going like the Wind 61
Slide 62: Key Message 2 (2/3): Cross-border collaboration and production efficiency
2. Key Message (2/3) CROSS-BORDER COLLABORATION MUST BE CAREFULLY SPACED OUT TO MAINTAIN PRODUCTION EFFICIENCY Wake losses are unavoidable in offshore wind development. They are a result of wind turbines extracting some energy from the air and creating turbulences further downstream. Smarter wind fa
Slide 63: Key Message 2 (3/3): Efficient and sustainable placement of offshore assets
2. Key Message (3/3) COORDINATED PLANNING FACILITATES THE EFFICIENT AND SUSTAINABLE PLACEMENT OF OFFSHORE ASSETS Example of an optimal cable corridor in the two scenarios with penalty cost raster being shown The illustrative example shows, what has been analysed with a geographical information syste
Slide 64: Funding and planning go hand in hand
3 ) FUNDING AND PLANNING GO HAND IN HAND. A JOINT FRAMEWORK TO FUND FUTURE OFFSHORE DEVELOPMENT WILL BE CRUCIAL FOR EFFECTIVELY STREAMLINING LIMITED FINANCIAL RESOURCES AND WILL BE A CRITICAL ENABLER FOR UNLOCKING THE BENEFITS OF SEA-BASIN-WIDE PLANNING.
Slide 65: Key Message 3 (1/3): Joint funding is the key enabler
3. Key Message (1/3) JOINT FUNDING IS THE KEY ENABLER FOR JOINT PLANNING Fund together what we plan Fair cost and benefit allocation Efficient risk allocation and de- together and plan together what risking we fund together. Offshore hybrid interconnector projects have distributional effects. Th
Slide 66: Key Message 3 (2/3): Sea basin approach to offshore cooperation
3. Key Message (2/3) ADOPTING A SEA BASIN APPROACH TO OFFSHORE COOPERATION TO REACH AN OPTIMAL GRID BUILDOUT Involvement of all countries surrounding the sea basin, participation is open for other countries on a voluntary basis. This framework will allow parties with expertise to develop and realise
Slide 67: Key Message 3 (3/3): Aligning interests of all parties
3. Key Message (3/3) ADDRESSING THE INTERDEPENDENCE OF PLANNING AND FUNDING: ALIGNING THE INTERESTS OF ALL PARTIES INVOLVED Going like the Wind 67
Slide 68: Offshore wind supply chain to be scaled up
@ THE OFFSHORE WIND SECTOR IS SET TO GROW SIGNIFICANTLY, MEANING THE SUPPLY CHAIN NEEDS TO BE SCALED UP AND REQUIRING EUROPE TO SECURE ITS RAW MATERIAL IMPORTS. AT THE SAME TIME, THIS WILL OFFER UP SUBSTANTIAL GROWTH OPPORTUNITIES ALONG WITH THE CREATION OF 300,000 JOBS ACROSS EUROPE.
Slide 69: Key Message 4 (1/3): Europe as supplier of offshore wind assets
4. Key Message (1/3) GIVEN THAT OFFSHORE WIND SUPPLY CHAINS WILL CONTINUE TO BE INTERNATIONALLY AND GLOBALLY INTERLINKED, EUROPE WOULD BENEFIT FROM MAINTAINING ITS STATUS AS A STRONG SUPPLIER OF OFFSHORE WIND ASSETS The annual buildout and its financing will need to double to achieve this (next to i
Slide 70: Backup: Supply chains are internationally linked
Backup EVIDENCE FROM EXISTING PROJECTS: SUPPLY CHAINS ARE INTERNATIONALLY LINKED Overview of supply chain locations for… 50Hertz’ Arcadis Ost 1 project in the Baltic Sea Elia’s Princess Elisabeth Island Project in the North Sea Going like the Wind 70
Slide 71: Key Message 4 (2/3): Scaling up manufacturing capacity
4. Key Message (2/3) TO MEET EUROPE’S OFFSHORE TARGETS, MANUFACTURING CAPACITY MUST BE SCALED UP; EUROPE’S LEADERS MUST THEREFORE ESTABLISH FRAMEWORKS THAT MAKE POLITICAL TARGETS RELIABLE VIA JOINT APPROACHES TO PLANNING AND FUNDING ► Reaching Europe’s 496 GW target will produce the opportunity to c
Slide 72: Key Message 4 (3/3): Raw material demand
4. Key Message (3/3) RAW MATERIAL DEMAND IS A CORNERSTONE OF OFFSHORE WIND DEVELOPMENT BUT NOT UNMET BY HISTORICAL STANDARDS 6. Based on an assessment of reliability of supply (diversity of suppliers, origin of materials, resilience of Europe against disruptions), Going like the Wind 72 affordabilit
Slide 73: We urge the European Commission and national governments to...
WE URGE THE EUROPEAN COMMISSION AND NATIONAL GOVERNMENTS TO... uu KR W No continue to commit to the path set out in the European Green Deal \ \ by fostering European competitiveness, the decarbonisation of industry & end-use sectors and investing in iN ) infrastructure. } | i h prioritise projects t
Slide 74: Going like the Wind – Contact
GOING LIKE THE WIND - THE VIRTUOUS CIRCLE OF OFFSHORE WIND BENEFITS IN EUROPE Contact Felix Jakob Fliegner felixjakobfliegner@SOHertz.com Concept and editorial staff Communication & Reputation Elia Grid International European Affairs Grid Planning & Development Innovation Market Grid & Offshore conc
Slide 75: Elia – Viewpoint 2025 Energy Storage
Elia – Viewpoint 2025 Energy Storage
Slide 76: Our Viewpoint publications
Climate neutral energy system Flexibility Our Viewpoint publications Energy storage 2018 2019 2020 2021 2022 2023 2024 2025 Publication foreseen for Q4 2025 Offshore wind Consumer- Market Design E-mobility Industry centricity Updates towards decarbonisation 2030 Our aim is to spotlight a critical is
Slide 77: Why an Energy Storage Viewpoint now?
Why an Energy Storage Viewpoint now? – Fast deployment of energy storage in Europe (and BE) x6 – High increase in number of storage connection requests – To further examine the impact of significant storage capacity on the (electrical) energy system – To gain deeper understanding whether storage can
Slide 78: The Energy Storage Viewpoint focus on storage in the future electricity system
The Energy Storage Viewpoint will focus be on storage in the future electricity system. Potential directions System Impact on What is Do we need Storage & Storage & grid supportive energy prices & storage? storage? Industry build-out storage energy bill Storage in How much & Financially Technologies
Slide 79: Is your company considering storage solutions?
Please download and install the Slido app on all computers you use 1. Is your company considering storage solutions? ⓘ Start presenting to display the poll results on this slide. 79
Slide 80: What topics come into mind when thinking about storage?
Please download and install the Slido app on all computers you use 2. What topics come into mind when thinking about storage? ⓘ Start presenting to display the poll results on this slide. 80
Slide 81: Concerns, information needs and questions on storage solutions
Please download and install the Slido app on all computers you use 3. What are your concerns regarding storage solutions? What information would you like to have on storage? What questions do you have? ⓘ Start presenting to display the poll results on this slide. 81
Slide 82: The Viewpoint seeks to integrate diverse perspectives
The Viewpoint seeks to integrate diverse perspectives & deliver messages endorsed by a broad range of stakeholders Interested to collaborate or to be involved? Share your questions/challenges on Energy Storage Your inputs will help to understand the current challenges and inquiries on Energy Storage
Slide 83: Thank you!
Thank you! Contact Frie Gybels frie.gybels@elia.be 83
Slide 84: One year Think Tank
One year Think Tank James Matthys-Donnadieu
Slide 85: Results survey « one year Think Tank »
Results survey « one year Think Tank » Frequency and clarity of communication Provision of relevant documents and information Possibility and willingness to include topics Frequency (4xyear) and timing (3h) Usefulness of the information Quality of the presentations Time allowed for discussion very s
Slide 86: Change suggestions from members
Change suggestions from members More novel ideas and thought provoking speakers could be More long term brought perspective/analysis More contribution from other Good platform and parties organisation Be more innovative - Currently Other too many overlaps with other suggestions? fora 86
Slide 87: Any other Business
Any other Business proposed dates 2025
Slide 88: Proposed dates 2025
Tue. 11 Feb. Fri. 19 Sep. 13-16h 13-16h 13-16h 13-16h Fri. 6 June Mon. 8 Dec.