What is driving the energy storage industry at the moment, and adversely, what is holding it back? This scene-setting talk will start by looking at the incumbent lithium-ion and focusing on challenges when it comes to decarbonising the mineral, ensuring sustainable production and future availability for the market. We need to have back-up options to ensure we don’t get past the point of no return, with over-reliance on one technology and the market ends up stagnating. Gerard’s talk will set the scene for later discussions around energy security, investment strategies, supply chain issues, differing markets and how the industry can rally together to solve these problems as quickly as possible.

This opening session will shed light on what needs to happen to ensure the power grid is fit for purpose, resilient and flexible.

• How are key players planning to power up for the future, cope with increased demand and what is the role that storage will play to enable this transition?
• The world has changed significantly in the past few years, how have these changes affected future planning for networks and grid operators and what do their roadmaps look like for energy storage?
• Limited natural gas supply across the continent and global unrest cause uncertainty for the future, coupled with rising prices – what does the state of the global gas markets mean for energy storage?

• The status quo of the energy storage market
• Concerns and difficulties that customers may be facing
• What Trina Storage can do to help
• Key contributing factors to project success and returns

Join Q & the team at The Steel Yard Club, East London, to unwind after a busy day and enjoy a few drinks in a more relaxed setting.

This opening address will explore the UK’s progress towards a fully renewable, electric economy, and the steps needed to ensure the country’s energy infrastructure can deliver a decarbonised future,  lower bills and provide energy security, drawing upon the recommendations to government in the Commission’s second National Infrastructure Assessment.

This session will look at some specific outcomes and policy strengths for the UK market in detail, including the evolution of the capacity market, Locational Marginal Pricing, REMA and other important areas.

An interview with key stakeholders in the UK who will shed light on the roadmap for connection policies and plans, the current grid connection landscape and what solutions are in place at ESO and DSO level.

This follow-on discussion will go into detail on the next steps for much-needed connections policy reform in the UK, including longer-term solutions such as:

• The potential shift to batch-processing connections and how this will be seen to work in the UK
• The phase-out of the ‘first-come-first-serve’ approach and the new powers of the ESO to remove ‘zombie’ projects from the queue
• Planning permission as a prerequisite and the impact on developers
• GB setting the precedent and lessons we can learn from other countries on this front

Learn about how the Univers fleet monitoring solution for utility scale BESS redefines energy storage management with an integrated solution for monitoring and asset performance of BESS from any OEM or Integrator. This cloud based solution seamlessly combines advanced technology and analytics, offering real-time insights into the health and commercial effectiveness of energy storage systems. Using predictive analytics, it empowers proactive maintenance, minimizing downtime and optimizing overall fleet performance in trading markets. In combination with the Univers offering for site SCADA and EMS/PPC it works seamlessly to optimise day-to-day operations and maximise revenues.

The GB market has led BESS growth in Europe, but Germany & Italy are set to accelerate. This presentation will address the investment opportunity in what are likely to be Europe’s next two big storage growth markets:

• Factors driving BESS investment momentum in DE & IT
• How the DE & IT investment cases differ from GB
• Revenue stack breakdowns for DE & IT
• Market access, offtake & financing
• Key investment risks

After the final networking break on Day Two, while some targeted breakout sessions continue, we invite all delegates to unwind and enjoy a casual ‘Happy Hour’ session, sponsored by Rimac. Sip and socialise as you wind down with a drink until 5.30pm.

The EU currently stands at just over 60 GW total installed capacity and has its own Everest to climb before the decade comes to a close. Recommendations from the European Commission estimate that the industry will need around 200 GW of operational capacity by 2030, tripling to 600 GW in 2050. The International Energy Agency (IEA) has forecast that the global installed capacity of battery storage will need to rise from less than 200 GW to more than a terawatt by the end of the decade. So, what does the industry need to change, innovate, or completely shake up to get us there?

The UK has published its British Energy Security Strategy, which details plans to ensure energy independence in the face of global tensions, complicated geopolitics and an urgent need for change to happen quickly.

• What are the main barriers standing in the way, and how does the government plan to get round these?
• What steps need to be taken to reduce reliance on other countries and scale domestic capacity and generation?
• What lessons can be learnt from other countries and markets when it comes to gaining energy independence?
• The key to defining and taking advantage of long duration energy storage, understanding how different components can work together and avoiding a ‘tunnel-vision’ view on storage technologies.

What is driving the energy storage industry at the moment, and adversely, what is holding it back? This scene-setting talk will start by looking at the incumbent lithium-ion and focusing on challenges when it comes to decarbonising the mineral, ensuring sustainable production and future availability for the market. We need to have back-up options to ensure we don’t get past the point of no return, with over-reliance on one technology and the market ends up stagnating. Gerard’s talk will set the scene for later discussions around energy security, investment strategies, supply chain issues, differing markets and how the industry can rally together to solve these problems as quickly as possible.

This opening address will explore the UK’s progress towards a fully renewable, electric economy, and the steps needed to ensure the country’s energy infrastructure can deliver a decarbonised future,  lower bills and provide energy security, drawing upon the recommendations to government in the Commission’s second National Infrastructure Assessment.

After a whirlwind year of new decarbonisation policies, energy-security strategies and beneficial subsidies, this opening session will enlighten the audience on the pathway to European electric market design reform. Our opening interview will highlight changing market structures, intervention, and implications for energy storage. Can the many different support mechanisms being discussed really help give storage the boost it desperately needs?

With the promise of a new government catalysing much-needed new ambition and a change of pace for the United Kingdom on its path to net-zero, what action will the government take to address barriers to electricity storage, delivering the Clean Power 2030 Action Plan and Flexibility Roadmap?

This opening session will shed light on what needs to happen to ensure the power grid is fit for purpose, resilient and flexible.

• How are key players planning to power up for the future, cope with increased demand and what is the role that storage will play to enable this transition?
• The world has changed significantly in the past few years, how have these changes affected future planning for networks and grid operators and what do their roadmaps look like for energy storage?
• Limited natural gas supply across the continent and global unrest cause uncertainty for the future, coupled with rising prices – what does the state of the global gas markets mean for energy storage?

The International Energy Agency (IEA) has forecast that the global installed capacity of battery storage will need to rise from less than 200 GW to more than a terawatt by the end of this decade. For the first time, we will host a storage leaders ‘Ask-Me-Anything’ style session, with a focus on bringing together leaders and spokespeople for the most innovative and successful energy storage players of this decade, to discuss the issue at hand – how do we get there? We will ask delegates to send in their questions in advance, with the onus being on getting the big questions from the audience answered, with the conversation led by the industry.

Reaching net-zero by mid-century relies on scaling clean electrification. Running power systems based on high shares of wind and solar will in turn require meeting a balancing challenge – which can differ significantly across countries. This keynote will present the ETC’s latest analysis on the technologies and costs to meet system balancing – including the critical role of storage and key enablers required to scale faster.

This session will look at some specific outcomes and policy strengths for the UK market in detail, including the evolution of the capacity market, Locational Marginal Pricing, REMA and other important areas.

The European Union’s groundbreaking Battery Passport initiative is set to revolutionise the energy storage industry by introducing transparency, traceability, and sustainability standards for batteries. This panel will delve into the profound implications of Battery Passports on the energy storage sector, exploring how this innovative concept will reshape the industry, influence business strategies, and drive advancements in technology and sustainability.

GB has a bold ambition for Clean Power by 2030 backed by a mission-led approach. What will it take to get to Clean Power and what is energy storage’s vital role? This keynote will lift the lid on NESO’s analysis, on actions being taken to maximise the opportunities for flexibility, and outline what is still to come.

What is the long-term vision for energy storage from a system operator planning perspective? How are system operators prioritising creating the right investment signals for the community to respond to in their relevant networks? In this keynote panel, we take a closer look at the future roadmaps for some of the key markets, identifying any major challenges in the lead-up to 2040.

• The UK & Ireland 
• Northern Europe 
• Southern Europe  
• The Nordics 

As the power system transitions towards renewable energy, the shift from synchronous to variable inverter-based resources unravels intricate technical challenges, particularly concerning system inertia and short circuit levels. Market structures are adapting to incentivise technologies, acknowledging the need for essential support in stabilising the grid. Within this dynamic, Grid Forming Battery Energy Storage Systems (BESS) emerges as a unique player. Beyond mere stabilisation, BESS becomes an enabler of value generation for both system operators and consumers, offering a diverse range of services. In exploring the subtleties of this shift, we recognise the necessity for a holistic approach—a journey that extends beyond immediate challenges towards a harmonious integration of renewable energy.

An interview with key stakeholders in the UK who will shed light on the roadmap for connection policies and plans, the current grid connection landscape and what solutions are in place at ESO and DSO level.

In today’s rapidly evolving energy landscape, efficiency, flexibility, and scalability are key to sustainable power solutions. This presentation explores how the all-in-one Energy Storage System (ESS) with AC Block is transforming energy storage by offering seamless full-scenario applications.

Noise concerns are increasingly shaping the regulatory landscape for energy storage projects. Addressing noise early in the design phase will not only help meet local regulations, but will also support the larger goal of building more resilient and sustainable energy systems.

In this presentation, we will cover the following key topics:

• Basics of acoustics: Understanding the fundamental principles of sound and how it behaves in different environments
• Impact of acoustics: Exploring noise propagation and its significant effects on Battery Energy Storage System (BESS) operations.
• Current limitations in the industry: Identifying the challenges and constraints faced by the industry in managing acoustic issues.
• Noise control: Discussing effective mitigation strategies and attenuation solutions to manage and reduce noise impact.

By the end of this presentation, you will have a comprehensive understanding of the importance of acoustics in BESS operations and available solutions to address noise-related challenges.

Join us for the big debate, where we will be asking representatives with a strong track record in European markets to go head-to-head on which markets they think have the most promise, and why. 

• Europe’s hottest markets and their potential 
• Will they last the test of time? 
• What makes them so special? 

In such a fast-paced industry, keeping an ear to the ground is fundamental to staying ahead of the game. Key players must stay abreast of which markets are up and coming, which technology is bankable and investor-friendly or which business case is best. Diversification is also key to enabling the market to flourish. This session will take a birds-eye view of what to consider in scenarios like:

• Planning growth strategies and making a play in new markets
• What can you do to ensure the best ROI for your storage asset?
• Optimisation tools and strategies – how to account for varying revenue strategies
• Is lithium-ion still the dominant player in 2024?

This follow-on discussion will go into detail on the next steps for much-needed connections policy reform in the UK, including longer-term solutions such as:

• The potential shift to batch-processing connections and how this will be seen to work in the UK
• The phase-out of the ‘first-come-first-serve’ approach and the new powers of the ESO to remove ‘zombie’ projects from the queue
• Planning permission as a prerequisite and the impact on developers
• GB setting the precedent and lessons we can learn from other countries on this front

• The status quo of the energy storage market
• Concerns and difficulties that customers may be facing
• What Trina Storage can do to help
• Key contributing factors to project success and returns

• Co-location contract structures & PPA models
• Hybrid project valuation techniques
• Pexapark’s Forward Hybrid Curves & Hybrid PPA Pricing

Long-duration has been around for a long time, but the urgency to find a scalable solution offering longer-duration and alternatives to lithium-ion energy storage is growing on a daily basis. This opening session will set the scene on what is needed at a policy level, what is already happening and where the market needs to be in the short-term. We will then hear about some of the closer to market technologies in a ‘lightning round’, followed by roundtable discussions with key stakeholders and experts.

Join a behind the scenes recording of Quentin and a special guest (to be announced!) delivering their insightful and fun podcast series live on stage at the Energy Storage Summit, with the opportunity for Q&A afterwards.

Learn about how the Univers fleet monitoring solution for utility scale BESS redefines energy storage management with an integrated solution for monitoring and asset performance of BESS from any OEM or Integrator. This cloud based solution seamlessly combines advanced technology and analytics, offering real-time insights into the health and commercial effectiveness of energy storage systems. Using predictive analytics, it empowers proactive maintenance, minimizing downtime and optimizing overall fleet performance in trading markets. In combination with the Univers offering for site SCADA and EMS/PPC it works seamlessly to optimise day-to-day operations and maximise revenues.

Every colocation project is different meaning that there is no one size fits all in terms of best practice for developing projects. Big wins can be made when collocating assets by addressing:

• The impact on metering and how developers can determine how much energy is green vs brown.
• The impact of AC vs DC coupling on the profitability of co-located assets.
• Which technologies best support AC and DC coupling?
• How to overcome logistical challenges to collocate generation and storage assets.
• Contracts for Difference: clause amendments enabling solar plus storage and what this actually means for those considering co-location.

The GB market has led BESS growth in Europe, but Germany & Italy are set to accelerate. This presentation will address the investment opportunity in what are likely to be Europe’s next two big storage growth markets:

• Factors driving BESS investment momentum in DE & IT
• How the DE & IT investment cases differ from GB
• Revenue stack breakdowns for DE & IT
• Market access, offtake & financing
• Key investment risks

• Cross market BESS investment case comparison 
• Revenue stack state of play + 3 key structural drivers 
• Innovation in BESS offtake & financing 
• Quantifying & managing downside risk 
• Key challenges in building a bankable investment case 

• Understand energy storage as one of the key tools for grid resiliency
• Address hardware and software flexibility and technology fit
• Discuss operational services designed around the most recent grid requirements
• Analyse selected real cases addressing the above aspects

• Identifying which supply chains are most at risk of being disrupted.
• How to assess and measure deliverability, programme and capex risks of individual supply chains.
• Working with partners to come to agreement on how to fairly divide the financial risks of a delayed project.
• Evaluating supply chain complexities when operating in new markets.

• Choosing whether to finance projects through equity or debt.
• How to gain investor confidence by modelling the revenue potential more accurately.
• To what extent will investors back projects in which optimisers guarantee the revenue despite merchant risk?

• Identifying which energy storage technologies will be ready for commercial use in the short, medium and long term.
• How to avoid being constrained to specific storage technologies.
• Considering the merits and drawback of various control systems to use.
• How to decide which technologies are best for which applications.

• Up until now, the industry has been dominated by certain countries and regions, but how is this set to change?
• Which countries are looking to scale-up storage and what is holding them back?
• How has the conversation changed in the past year around storage on the continent?

• What do investors see on the horizon for energy storage portfolio acquisitions?
• Will the appetite for energy storage continue to surge or do we expect it to plateau globally?
• Which markets are most interesting for investors?
• Technology choices and their role in making projects more or less appetising

Things are starting to heat up across Europe, with countries like Italy or the Republic of Ireland going down the route of procurement support mechanisms and capacity market schemes, whereas countries like Germany or the Netherlands are predicted to remain very merchant-led. How are different European markets approaching the urgent need to procure long-term energy storage to support grid infrastructure and drive deployment of renewables? Which is the best way to do it, and make sure that the storage assets will last the test of time? This session will take into consideration things like:

• If you invest in markets which are tender-led, what issues might you come up against later in the construction phase?
• How long can government-led support mechanisms be expected to prop up markets?
• In arbitrage and merchant markets, what are main concerns and how can you tackle them?
• How much risk should you really take on when investing in merchant markets?

This is your chance to hear about the benefits and pitfalls of some of the storage technologies out there which aren’t at the scale of lithium-ion, but are edging closer to taking a larger market share. Technology providers will take part in a ‘lightning round’ where they pitch their technology to the audience, followed by the option to join discussion tables after the pitches.

Certain markets may have experienced a decrease in activity or revenues, with others being buoyed by new market mechanisms, competition and appetite from new players. However this much is clear: the long-term appetite to invest in renewable energy and energy storage in particular, is stronger than ever. This panel will bring cross-market players from leading infrastructure and institutional investors, owner operators and technology providers together to discuss how they see the shift in the market today, exploring:

• Portfolio growth, portfolio play and how larger, more traditional investors view energy storage as an asset in today’s energy sector
• The shift in investor mindsets over the past 3-5 years and how they view risk
• Addressing the uptick in M&A activity across markets
• What stage is the best stage to invest?

Microsoft, supported by Enel X, leverage fast responding, grid-interactive UPS systems at Microsoft data centre in Dublin to help balance Ireland’s electricity grid.

• Batteries, which typically provide backup power for the data centre, help grid operators provide uninterrupted service when demand exceeds the supply generated elsewhere on the grid by wind, solar and other sources.
• Using the data centre’s batteries reduces the need to maintain spinning reserves at fossil-fuel power plants, which lowers power sector carbon emissions.
• Grid frequency is becoming more volatile as the supply of variable renewable energy on the grid increases, increasing the value of assets such as batteries that can help maintain the balance between supply and demand.

• Energy crisis and challenges
• Advanced battery technologies for long lifetime and secure energy storage
• Optimal design of energy storage system for lower LCOS

Each energy storage project has unique characteristics including the location and the technologies being used. Consequently, a bespoke approach to protect against fires for each project must be undertaken. This session discusses the best approaches to:

• Identifying the different fire safety risks when developing and operating a battery.
• Designing energy storage projects that are safe by considering the different specifications for batteries.
• Limiting the different types of distresses such as electrical and mechanical.
• Reducing the costs of insurance and risk of litigation.
• Understanding which fire suppression systems to deploy.

• The role of battery in the UK (United Kingdom) journey to Net Zero. (Renewable /EV etc)
• Creating value in co-located portfolio optimisation / Harnessing power through multiple renewable energy systems or storage assets behind a single grid connection
• Value drivers for battery optimisation and the perspective of the investor in standalone & co-located assets
• Key investment incentives in the battery market?
• Challenges facing the battery market including network charges, grid connection and energy margins

• What is the optimal capital structure for large projects?
• What are the hurdles in the European M&A/investment process?
• How can you maximise value during the sale/purchase of a storage business
• What shifts in the investment case do investors expect for 2025 and beyond?

• What are the data communication solutions and ICT technologies that companies can invest in to increase the productivity and sustainability for its BESS projects?
• Integration headwind – protocol flexibility and complexity
• Operational headwind – Total Cost of Ownership.
• Sustainability headwind – system optimization and continuous improvement.

The LDES landscape continues to go from strength to strength and there are now more calls to deploy long-duration globally than ever before.

• How are the business cases for LDES technologies more competitive than lithium-ion in todays energy landscape?
• How will the proposed cap and floor mechanism help aid LDES projects to reach financial close?
• What other market mechanisms can we expect to see?

Many companies are looking into the next big opportunities for energy storage. This panel will discuss:

• Analysing different opportunities in EU markets such as the Netherlands, Ireland, Italy, Spain, Germany and Poland.
• Revenue stacking – where is the revenue going to come from?
• Different approaches in EU markets: storage as an enabler vs. storage as a revenue generator.
• Assessing the profitability of batteries due to varying primary reserve procurements by EU Transmission System Operators.

This is your chance to hear about the benefits and pitfalls of some of the storage technologies out there which aren’t at the scale of lithium-ion, but are edging closer to taking a larger market share. Technology providers will take part in a ‘lightning round’ where they pitch their technology to the audience, followed by the option to join discussion tables after the pitches.

As early movers in energy storage, Trina Storage and Aquila Clean Energy have played a key role in advancing BESS deployment in Germany. This session will explore how their long-term partnership, including recent projects Strübbel and Wetzen, is helping to deliver critical grid services with flexible, high-performance systems. Discover the business case behind these storage projects and how flexible, cost-optimized solutions support the investment. Hear from our speakers on key project learnings and how adaptable BESS solutions can be applied across other key European markets to enhance energy resilience and profitability.

The Electricity Storage Network, managed by Regen, is an industry group and voice for grid-scale electricity storage in GB. We have over 100 member organisations working to develop, operate and supply grid scale storage in the GB market.

We would like to invite you to join us, helping to shape and influence government policy and to advocate for the potential of key storage technologies to reduce consumer bills and deliver Clean Power 2030.

This workshop will outline draft policy priorities for industry feedback and discussion. Helping to foster collaboration among industry parties and shape policy policies to feed into policymakers. If you are unable to make it contact Olly if you would like to arrange a one-to-one meeting during the Summit.

Against a complicated backdrop of global politics and economics, how should we see the investment case for energy storage and how is that evolving?

• What does the ideal investment case look like for energy storage?
• What are the need-to-knows around the current investment market for energy storage?
• What risk exists for storage surrounding equity investments?
• Is the boom in energy storage coming to an end?
• What are the revenue scenarios for batteries?

• Snapshot of current situation
  • Over demand, under supply; asymmetric relationship with battery suppliers.
  • Long lead times for batteries and inverters / power blocks.
• The importance of having the right EPC contractor by your side
  • In-house logistics
  • Previous experience with manufacturers – understanding strengths and weakness when selecting providers.
  • Future-proofing projects for later capacity increases
• Case studies

As size and complexity of energy storage projects increase, how is the most value captured through optimisation?

• Optimisation tools: AI or human interaction vs a mix of both?
• Aligning trading techniques with weather data.
• Deciphering which markets to play in.

• Overview of customer needs and objectives
• Reasons for choosing Jinko as the provider
• Environmental and practical factors in the decision-making process
• Chosen solution and rationale
• Key issues encountered

Although very rare, recent energy storage fires are prompting manufacturers and project developers to ask serious questions about how to design safer projects. Code requirements and fire detection systems vary between manufacturers and regions, meaning compliant battery energy storage system design and permitting packages are important to ensure projects are as safe as possible. What can and should be done to ensure that projects are safe?

From new asset management approaches to implementing advanced analytics tools, how are asset owners aiming to achieve revenue goals?

• How owners and operators are using data to maximize revenues and manage risks
• Analytics tools to drive performance, extend lifetime, and manage warranties
• What do asset owners need to take into consideration when planning their augmentation strategies?
• Which augmentation strategy is best suited to which type of project?

This presentation is structured around two fundamental pillars. Initially, we delve into the dimensions of the battery energy storage markets, outlining the pivotal role it plays in meeting global energy system demands aligned with various climate goals.

The second pillar addresses the economic concerns behind investing in or launching a BESS business. We analyze the diverse revenue streams associated with BESS, showcasing the profitability of the business, particularly highlighting that since 2022, energy arbitrage alone has made BESS a lucrative venture in Europe. Our presentation further explores the revenue variances across different duration systems and touches upon battery chemistries as well.

The battery energy storage system (BESS) industry is expanding at a rapid rate, with forecast demand continuing to rise exponentially in line with global shifts towards renewable energy sources. The downside of Lithium-Ion batteries is the safety risk associated with flammable nature of Lithium-Ion batteries.

Every fire that can be prevented helps to increase availability, save costs and increases public confidence in the safety of the BESS, a goal that this presentation will explore.

Do you want to be part of the next generation of energy storage?

We can help you achieve this goal and elevate your career with a special session exclusively taking place on Day 0 – 17 February 2025 at the Energy Storage Summit. We’ve partnered with ReWiRE, Regen’s vibrant network for women in clean energy, to run an in-person speed mentoring session at the Summit.

The ReWiRE mentoring programme has been hugely popular, supporting women to enhance their potential through career choices and working practices as well as building their professional networks and profile. It matches the experience of one person with the potential of another, building personal and strong bonds with senior women and men across the sector.

The Australia Café aims to promote Investor-Developer Engagement into Australia. Operating under Chatham House Rules and facilitated by Austrade, this deep-dive session will provide insights into:

• Why Australia is the hottest Energy Storage market right now
• What are the key opportunities available? From the CIS to State-level subsidies, there are growth opportunities across all of Australia
• Where are the European-based developers who have made the jump now? What have been the biggest successes, and obstacles to entering the Australian market?

As an invitation-only session, it will take the following structure:

12:45 – 12:55 – Welcome and Scene Setting

Australia: Global Energy Superpower and Role of Renewables and Storage – Speaker: David Camerlengo, Senior Trade & Investment Commissioner UK and Ireland, Australian Trade & Investment Commission 

12:55 – 13:10 – Policy Update and Government Support

Securing the System: Investing in Australia’s Energy Future – Speaker: Kris McCoy, Senior Climate, Energy and Resources Counsellor, Australian Delegation to the OECD, Department Climate Change, Energy, Environment and Water (DCCEEW), Australian Federal Government

13:10 – 13:45 – Australian Opportunity & State Spotlights from Victoria, New South Wales, Queensland and South Australia

Speakers: Finn Cowden, Senior Investment Director, Government of Victoria, Henry Lawton, Investment Director (UK & Europe), Government of South Australia, Russell Canning, Investment Director, Invest New South Wales, Warren Bartlett, Deputy Commissioner,Trade & Investment Queensland, Europe

13:45 – 14:00 – Comfort Break

14:00 – 14:45 – Industry Panel

A Global Green Superpower: What is the Opportunity for You in Australia?

Speakers: Kris McCoy, Senior Climate, Energy and Resources Counsellor, Australian Delegation to the OECD, Department Climate Change, Energy, Environment and Water (DCCEEW), Australian Federal Government, Fraser Holding, Associate, Quinbrook, Daniel Burrows, CEO, Eku Energy, James Basden, Founder, Zenobe, 

15:15 – 16:00 – Networking Roundtables 

Engage directly with State government representatives, Austrade and DCCEW to find out more about specific opportunities and support for your business in Australia.

Joining this session will allow you to hear directly from all levels of governance, previous entrants into the market, and enable you to form invaluable connections with those setting the pace within Australia.

You will leave with a clear view on why Australia is the hottest market right now, and what opportunities are available to you. This exclusive Day 0 session is not to be missed! Enquire today with the team to get involved in this workshop.

• How a detailed understanding of grid connection process remains a blind spot for developers
• Why DNOs forecast curtailment risk beyond 100%
• What realistic grid curtailment risk analysis techniques could you deploy to support FID

Amid growing environmental concerns around the production, safety and disposal of lithium-ion batteries, Alan Greenshields will discuss how alternative, commercially available Long-Duration Energy Storage (LDES) technologies will power the global energy transition.

One example, which is beginning to be deployed across Europe, in the US and in Australia is iron flow technology. These systems are made with earth-abundant materials: iron, salt and water and can deliver the storage capacity and energy security urgently needed worldwide. Iron flow technology leverages a broad supply chain and can be manufactured and serviced locally, delivering energy security, decarbonisation and economic opportunity to communities worldwide. With their inherent safety and low carbon footprint, iron flow batteries can withstand the elements and operate safely in hot, wildfire-prone regions.

Europe exceeded over 10GW of installed capacity for the first time in 2023, and year-end for 2024 has even higher hopes for the region. Many of the trailblazing countries now have their own national targets and strategies specifically geared towards energy storage. This panel will set the scene on investing in Europe’s energy storage future, and how to build a bankable business case for European projects.

• Understanding the long-term implications of new offtake agreements for batteries is a key hurdle for investors to overcome. Which companies are likely to be offtakers, and how deep is that pool?
• The future for tolling agreements in Europe – future prices, contract lengths, and combinations
• Are tolling terms and offers better on the continent?
• What kind of risk and offtake structures are private equity firms looking for when it comes to storage?

This panel discussion will explore the complexities of transforming your business into a resilient and respected portfolio player in energy storage. With markets maturing, stronger competition, and much more experience in the market, it’s important to understand what will constitute a successful portfolio owner in the long-term.

• Making sure you have the best sites, financing combinations, technical and design teams 
• Outsourcing or in-house for the win? 
• Designing innovative and creative revenue strategies across multiple markets  
• What are the main obstacles emerging for smaller players? 

This invite-only seminar will look at the growing demand for power in the data centre sector, and the role that energy storage sector will play in this rapidly evolving landscape.

This invitation-only event aimed at c-level and strategy executives, will focus on topics including:

• Time to market, including ‘hype’ vs ‘reality’
• Grid specs and grid resilience (location, twin feed, conventional vs green power…)
• Land requirements & planning specs (NSIPs etc)
• Other utility access, including fibre and water
• Economic models (power to core, etc; capital formation; partnerships)

As European markets mature and more data is available, this comparative panel will analyse and understand how the revenue stack has evolved over time in mature markets and what might happen in the future in places like Germany, Italy and the Netherlands.

• Analysing revenues earned by BESS systems in correlation to prices
• Understanding the increase in revenues from wholesale trading and the Balancing Mechanism in the UK
• Are revenues in GB where we need them to be?
• What do key stakeholders think will happen with the stack in markets like Germany, the Netherlands and Italy?
• Which countries are offering the highest returns?
• What concerns still exist with share prices in some of the biggest energy storage funds and portfolios in some of the strongest markets?

As we see more storage projects become operational, and with global pipelines only set to grow, the big question is “how to maximise your assets?”.

This one-of-a-kind breakout session at the Energy Storage Summit will help prepare the BESS industry for the road ahead, encouraging honest conversation between optimisers and asset owners around some of the key issues the industry is facing in the evolving asset management landscape.

Held in an interactive and smaller setting on Wednesday 19^th February, the session will begin with an interview format, talking to seasoned optimisers, asset owners and operators, followed by an Ask-Me-Anything session from the audience. Please note, attendees will be encouraged to submit questions in advanced of this session.

Following the scene-setting, participants will be able to join roundtables with the speakers for the second part of the hour and are encouraged to work together to share ideas and challenges they see on the road ahead.

Top challenges include:

1. Transparency around forecasting and data
2. Modelling revenues in emerging markets
3. Forging relationships with investors
4. Debunking myths around asset management

How far has the industry come in terms of reforming the grid connections process for storage since last year? What does a new UK government mean for the sector and how does government plan to tackle more complicated technical issues which need to be resolved to ensure that the transition doesn’t get derailed? 

For investors, there are so many opportunities coming across their desk – so why have they chosen to back that developer? This fireside chat will count on insight from some of the top investors in energy storage today, sharing their wisdom and thinking behind why they have made the decisions they have. 

Fully understanding and monitoring the intricacies of the cells that make up your battery system is becoming more important, as more batteries are coming online, and optimisation strategies are becoming more and more important for owners. 

• Understanding State of Charge (SoC) and State of Health (SoH) for batteries and the implications of that data 
• What do they tell you about your system and what should you do with the data? 
• What effect is state of charge having on bidding, particularly in ancillary service markets? 

We are very excited to host our first Working Group at the Energy Storage Summit this year, with support from the Department for Energy Security & Net Zero (DESNZ) and other key stakeholders.

During this hour-long session, you can expect to:

• Hear more from UK experts on where they see the biggest gaps in the UK energy storage sector currently, focusing on specific workstreams and topics
• Answer key questions around the current and future direction of energy storage in the UK
• Interact with and speak directly to leaders and innovators in the sector
• Leave the working group with clear, actionable points and direct contacts who can help you to achieve changes that are needed

The session will cover workstreams/topics including:

• Market access and evolution (inc. Capacity Market, Balancing Mechanism)
• Long Duration Energy Storage (inc. LDES Cap & Floor consultation)
• Innovation support (inc. future innovation activity and focus areas)
• Development and deployment of storage assets (inc. planning, permitting, grid connections, supply chains)

Please note that this session will follow Chatham House rules.

We would like to remind all participants that this is an interactive workshop where we value input from everybody – so please get involved to get the most out of this session!

Choosing the right Battery Energy Storage System is critical for ensuring both profitability and sustainability in energy projects. While initial costs often dominate decision-making, this presentation will highlight the hidden expenses and overlooked revenue opportunities that differentiate high-performing systems.

Key insights will include:

• Identifying hidden costs such as installation complexity, EPC, software/controls, foundation, trenching, wiring, transportation/handling and land requirements.
• Exploring features that maximize revenue including usable lifespan, depth of discharge, RTE, operational reliability, accurate SOC/SOH measurement, safety features, warranties, and commissioning/deployment times.
• Demonstrating how factory-installed and tested all-in-one solutions offer savings, enhanced revenue and efficiency compared to traditional systems.

Attendees will leave equipped with strategies to evaluate BESS options comprehensively, ensuring their investments deliver long-term financial and operational benefits.

As the Battery Energy Storage System (BESS) sector across Europe and especially the UK faces new operational challenges, such as market price volatility and saturation of ancillary services, maximizing asset profitability while ensuring long-term durability has become essential to match the Business Plan expectations.

In this session, our expert will answer critical questions, such as:

• Business Case from the field #1: How to ensure the Value Maximization of my BESS asset?
• Business Case from the field #2: What are the leverages to boost the performance of the Optimizer?
• Business Case from the field #3: What are the key tips to avoid painful downtime events?

Tailored Silicon Carbide (SiC) MOSFETs provide several crucial benefits for BESS Power Conversion Systems (PCS) compared to conventional systems:

• Better roundtrip efficiency, leading to higher energy throughput, reduced battery CAPEX, or improved battery aging.
• A very robust topology with full bidirectionality and stable transient operation for use cases such as FRT and inertia.
• Significant design reserves allowing multiple power cycles per day and overload capability for inertia applications.

Battery Energy Storage Systems (BESS) are playing a pivotal role in the transition to renewable energy by providing efficient energy storage solutions. However, as their adoption grows, so do concerns about long term fire safety. This presentation explores the unique fire safety challenges associated with BESS. The session will be delivered by ZRS BESS specialists with extensive experience in the site assessment and design of battery energy storage systems.

Key topics include:

• Thermal Runaway: Suitable and effective mitigation measurers
• Fire Suppression Challenges: The correct selection and limitations of fixed fire protection systems for BESS fires
• Toxic Emissions: The hazardous gases released during battery fires and their impact on the environment
• Design and Installation Risks: Correct system design and spacings
• Regulatory and Standards Gaps: The evolving landscape of fire safety standards and how industry and how Zurich are working to mitigate risks

The presentation will also highlight the challenges and potential solutions for long term confidence in BESS to enable stakeholders to be confident that the deployment of BESS is a key part of the way forward for a sustainable energy future.

This session is ideal for investors, developers, EPC’s, operators, engineers and anyone involved in the planning, deployment, or regulation of energy storage systems.

This ESG Working Group will focus on operational ESG methodologies to reduce carbon emissions.

Structure:

1. Presentation (10 minutes) –  Open-Source BESS Carbon Emissions Impact Tool: What is the methodology behind it, and what are some of the key learnings from it?
2.  Follow-on Panel Discussion (40 minutes) – Why Is it So Important to Account for the Carbon Impact of BESS and How that can Help Companies, Investors, and Governments Make Better Decisions
3. Delegate Questions (10 minutes) – The session will close with an open mic Q&A session in a smaller setting to allow delegates to ask their pressing questions.

Is co-location mandatory or just a bonus in European markets? What happens when price cannibalisation happens in GB, and you don’t have battery storage to complement you? When you are in trouble with PPA prices and high power prices, having battery storage to support revenues is a no-brainer. These are some statements you might hear when talking about the opportunities of co-location. This debate will see critics on each side go head-to-head on the polarising issue of co-location vs. Standalone. 

With the date for the EU’s battery passport regulations fast approaching and already impacting many stakeholders, what do you need to know to ensure your battery is compliant? The session will focus on the following key questions:

• What changes will need to be made when the EU Battery Passport regulation comes into force and how can developers, investors and manufacturers plan for this?
• How can we make a battery less impactful on the environment at all levels of the supply chain?
• What are the unknown recycling issues which the industry will face in 10 years’ time and how can we plan for this?
• ESG best practice for batteries going forward, focusing on the supply chain side and understanding the traceability of battery components
• Ethical considerations in the supply chain and how the industry can tackle this

Will tolling agreements continue to guarantee revenue certainty for UK projects in 2025 and beyond? This keynote panel will bring together key UK market players to discuss the precedent set in 2024, and what this means for the future of the UK and European markets. 

• How will tolling agreements shape the future of the market in the UK, Europe and beyond?
• Innovative and different types of tolling agreements that are under negotiation in Europe and where?
• Are tolling terms and offers much better on the continent?
• Comparison with the Australia and US on tolling arrangements

What are the possible revenue stacking opportunities for storage in the Italian market? Where are the opportunities and what barriers still exist? There is some uncertainty about the merchant sustainability of investments and the role of long-term remunerations for BESS, but there is still optimism around a new dedicated market for storage developers.

• How do we encourage more debt into the energy storage sector?
• Is there a sufficient debt financing market for new developers moving into energy storage?
• How do asset owners plan to combat the cost of debt going up so much?
• How important are cap and floor pricing arrangements in funding debt for projects?

To prevent, discover and react to Environmental, Social and Governance (ESG) risks in the supply chain this session delves more deeply into:

• What restrictions there are on importing batteries and how Brexit will impact that.
• Effective ways to use technology to audit and track movement in supply chains
• What should parties do if an ESG violation is discovered?

• The importance of data in optimising revenue streams, understanding performance and asset competitiveness
• Data transparency
• The role of digital platforms and predictive maintenance
• What do you need to know about using data for valuation and selling-on operational assets?
• How do asset owners view their data strategy – build, buy or own?

• What functions can LDES assets provide and what sources of revenue can these projects target?
• How to contract long duration energy storage?
• Is there an optimal capital structure for large projects?
• What alternative revenue streams are available that could make long duration attractive?
• How can regulators best support the case for LDES?
• Are we likely to see a market develop for very long duration storage (ie seasonal storage)?

• How can current lenders ensure financing for up to 10GW of predicted storage in the UK?
• What needs to happen to encourage more lenders into the UK debt financing space?
• What role do traditional energy companies and utilities have in helping to solve the challenges of renewables financing.
• Benefits of working with a debt advisory firm.

• Predictive maintenance.
• Technology options and solutions for making sure fire safety isn’t a concern.
• Using artificial intelligence, automation and analytics software in battery systems.
• Prolonging the lifetime and efficacy of the battery by using analytics to monitor stresses.

• Hithium introduction
• MIC introduction
• Insight on next-generation BESS

• Stability needs
• Technical performance
• Case studies

Projects are becoming larger and  larger. There has been a huge shift from the 50MW template a few years ago to major infrastructure projects since the cap on NSIP was removed. This panel will explore:

• Pros and cons of moving to very large projects – is there an impact on revenue?
• What are the requirements of transmission-connected projects?
• The shift in design and operational mindset as projects become very large – design, layout and O&M?
• What are the key challenges facing those getting large projects into operational readiness?
• Is this the death of smaller projects?

With a favourable regulatory environment for energy storage making lots of business cases very strong, what is next on the agenda for the country and how can it help strengthen the EU market and work collaboratively, thanks to its geographical placement?

Understanding and exploring the supply and demand dynamics of critical minerals is essential for the development of energy storage technologies. This keynote panel will investigate government-led energy strategies aimed at strengthening energy security from within, price volatility in the supply chain and how to minimise risk.

• How is the UK government’s plan to increase resilience of critical minerals in supply chains going to directly impact energy storage?
• What does the domestic manufacturing landscape look like?
• Is the EU Critical Raw Materials Act of 2023 enough to secure the supply chain or does the EU need a response similar to the Inflation Reduction Act?
• What is the key to remaining competitive in energy storage from a supply chain risk perspective?

•  Utility-Scale Energy Storage: Unlocking the potential of shared storage projects to optimize grid performance, enhance energy distribution, and reduce costs through collaborative ownership and operations.
•  Commercial and Industrial Applications: Showcasing advanced solutions for high-energy-consuming enterprises such as oil fields and manufacturing plants, where storage systems ensure reliability, optimize energy costs, and support sustainability goals.
•  EV Charging and Integration: Exploring the synergies between energy storage and electric vehicle charging infrastructure, addressing the dual needs for grid resilience and the rapid growth of EV adoption.

We will delve into how these applications are shaping the energy storage market, driving technological advancements, and contributing to global energy sustainability. By highlighting practical use cases and HyperStrong’s innovative products and solutions, this session offers a forward-looking perspective on powering tomorrow’s energy needs.

An overview of noise reduction strategies, focusing on site selection, equipment, and operational controls.

Explore the journey of a Route to Market (RTM) provider as we navigate the complexities of a rapidly evolving energy landscape. This session will dive into product evolution, the day-to-day operational challenges we encounter, and the strategies we deploy to address them. Gain insights into the latest advancements in trading and optimisation tools and discover how we continually adapt to provide seamless market access and deliver value to our partners.

After years of limited activity, Italy’s energy storage landscape is set to explode. TERNA expects that Italy will need 15GW of total capacity by 2030, of which 9GW needs to be LDES. New criteria and conditions for large-scale energy storage were also approved in 2023. But why is everyone talking about Italy?

• Where are the most favourable market conditions in the country?
• How will opening up new markets for batteries such as frequency response help drive deployment?
• Expected long-duration energy storage mechanisms appearing in Italy
• Is getting a grid connection easier in Italy?
• Contracted vs. uncontracted revenues
• Route to market from the Terna auctions

With solar installations in Poland exceeding 10GW in 2022 for the first time, the general consensus is that storage is the next clear step for the country. With many plans for hydrid storage installations, the country is ramping up for energy storage to take off. This focus on renewable generation coupled with recent proposals in parliament to mandate energy storage makes the Polish market very interesting and one to watch.

• Freeing up capacity through flexibility to manage network congestion.
• Impact of Ofgem’s Access & Charging Significant Code Review.
• The future of flexible connections.
• Accelerating storage connections.

• How can the industry help innovate and ensure fire safety from within so that growth isn’t negatively impacted?
• Technology innovation using software, AI, big data and analytics
• The key role of insurance companies

What are the real portfolio aspects of having generation and storage together at the same site in today’s landscape? This discussion will go further than just looking at the constraints of building a co-located project but will explore the real benefits to your business case of having co-located assets in your portfolio.

• What does co-location mean for your returns and what benefits can it offer you as an investor or owner? 
• What are the specific issues that a battery can give your solar site protection from, and how much protection does it actually provide? 
• How do you track revenues from co-located sites? 

As batteries reach the end of their lifespan and degrade over time, it’s time to start thinking about supplementing or replacing the battery capacity – known as augmentation. This path is not yet well-trodden in the industry, but stakeholders are starting to devise strategies for this point in the asset’s lifecycle. 

• How should you approach augmentation, or retrofitting, your battery asset? 
• What strategies exist already and how do they differ? 
• When is the best time to start thinking about augmentation? 
• How can you ensure that the output of the battery is maximised at the same time as minimising any costs? 

Once planning and permitting is out of the way, long lead times at certain points in the construction cycle are holding up project timelines, and these supply chain issues do not have an overnight fix. 

• What’s so tricky about transformers? 
• At what point in the timeline should developers be procuring and ordering transformers and inverters, and what specifications should they have as a minimum? 
• How can the sector attract and retain the right skilled labourers and technicians for the EPC side of the industry? 
• How are countries outside of the UK tackling this problem? 

What is next for this competitive market, as the DS3 service draws to a close in 2023? What is being planned to harness this country with such strong renewable generation, to ensure it stays a competitive and lucrative market for storage?

This presentation explores the transformative potential of Huawei’s large-scale Battery Energy Storage Systems (BESS) in shaping the future of grid flexibility and resilience. The core focus encompasses the fundamental design principles governing Huawei’s BESS products, emphasizing their efficiency, adaptability, and robustness. The modular design of Huawei’s BESS is examined, highlighting its role in optimizing performance, scalability, and maintenance. The discussion delves into the intricate realm of refined energy management within Huawei’s BESS, elucidating how the system orchestrates the interplay between energy production, storage, and distribution for seamless power delivery. Safety and reliability functions are scrutinized, showcasing the advanced features and fail-safe mechanisms that underpin Huawei’s commitment to ensuring a secure and reliable energy storage infrastructure.

Looking towards the future, the presentation offers insights into the next-generation upgrades in Huawei’s BESS technology, providing a glimpse into the evolving landscape of energy storage and grid management. Finally, the narrative underscores the critical importance of proactive safety measures in assuring the integrity of assets connected to the grid, elucidating how a robust safety framework contributes to the overall reliability of the energy infrastructure.

Please note that this session is an invite-only workshop.

ESS for start-up to medium-sized projects.

• How to measure and assess the environment, social and governance implications of an energy storage project.
• What reputational risks there are when investing in battery energy storage systems.
• How to ensure energy storage systems are carbon neutral.
• Understanding the ESG due diligence process when acquiring a project.

Discussion groups on the Italian, German, Polish and Irish Energy Storage markets.

Power systems challenges such as loss of inertia and grid strength revolve around the increasing integration of renewable energy sources, such as wind and solar power, and the transition towards more distributed generation. Regulatory frameworks and market structures may need to evolve to incentivize the provision of grid services such as inertia, frequency control, and voltage support. In this aspect, grid forming is the key technology to establish and maintain grid stability and voltage regulation without relying on an external grid, in addition to islanding capability, transient response and power quality enhancement. Pilot projects around the globe have implemented Huawei’s Grid forming solution, showcasing its ability to enhance grid stability.

Please note that this session is an invite-only workshop.

• As ESO and DSO, why is energy storage important?
• Where are we today with providing flexibility to the network, and where do we need to be?
• What are the main challenges around transitioning to a more streamlined, multi-level revenue stream model in the future?
• What is the best pathway to an end game where storage is able to provide flexibility at any point, and to any part, of the system?
• How can we ensure that market structures are adequate for the future of T/D collaboration?

With snowballing issues around grid connections, will we start seeing co-located projects become more favourable and what is the best approach?

• When and where should a battery be operated as a standalone or as a single asset combined with energy generation technologies?
• Who gains more from colocation?
• Solar, wind, storage, electrolysers… up to how many technologies should be hybridised?
• How can total revenue be forecasted accurately? What is the best approach for integrating models for PV, wind and storage?

The energy storage market is shifting toward longer-duration systems and co-located Battery Energy Storage Systems (BESS) with solar plants due to limited grid connection capacity. Modular, high-efficiency central inverter-based Power Converter Systems offer cost-effective solutions for these demands, simplifying operations with a single converter type. EPC Power introduces a new Silicon Carbide-based modular bi-directional converter for PV, BESS, and hybrid systems. The +500 kW converter, scalable to 6.6 MW power blocks, features common mode voltage free system which enables high efficiency for low-voltage coupled PV+BESS applications.

We are delighted to partner with ReWiRE, Regen’s vibrant network for women in clean energy, to run an in-person speed mentoring session at the Summit.

With usually just two intakes a year, this storage speed-mentoring special will specifically aim to raise the profile of women in the storage sector.

If you are interested in becoming a mentee, please get in touch with lucy@solarmedia.co.uk for more information.

To get more information on the opportunity, please visit our dedicated information page.

• To what extent can storage help commercial and industrial users obtain a reliable supply of electricity at a consistent cost?
• Is storage the most effective way of helping organizations meet net zero and sustainability targets?
• Understanding how energy storage can enhance the returns onsite energy generation.
• Judging the merits of storage as an uninterruptable power supply.
• Assessing viability by determining if there is capacity for storage.

• Hydrogen’s role in a clean energy future – is the time now or is it still too futuristic?
• In which incidents should hydrogen be used as an energy storage technology?
• How can storage work with renewables to enable hydrogen production?
• How does hydrogen support commercial & industrial sectors, wind and solar projects?

With a target of 200GW of installed capacity in Europe by 2030, the energy storage market is also expanding, posing huge challenges for storage products and plant operations, and the market is in urgent need of more cost-effective and convenient products. How can we help Europe achieve this goal?

Daniel Crotzer, CEO of Fractal EMS, a global leader in energy management systems for solar and battery systems, shares insights into the top integration mistakes observed in utility-scale BESS and hybrid projects. Learn how to avoid the top mistakes that lead to technical and financial underperformance.

There is a huge onus on the move away from decades of reliance on coal and an urgency to build the business case for storage in the Polish market. With regulatory changes expected in early 2025, the potential for Poland is huge and this panel will outline some of those big opportunities.

• What is the most sustainable business model for energy storage in Poland?
• What further revenue streams can come from the capacity market in Poland and how will an ancillary services market complement this?
• What is the perfect combination of revenue stacking in a market like Poland?
• What exactly do investors need to know and learnings from other markets

What’s in store for co-located projects in both the UK & EU?

• What opportunities can investors and developers see in the pipeline, and where are they?
• How can you create real value for your business case through co-location?
• Has the forecasted pipeline taken a hit from the surge in standalone projects?
• Efficiencies and cost-saving for connecting to grid
• Understanding technical aspects – from conception to performance optimisation, requirements, and types of inverters