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08:30
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Registration And Morning Refreshments
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09:00
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Chair's Opening Remarks
Mike O'Hare,
Senior Development Manager,
National Grid
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THE FUTURE OF BATTERY TECHNOLOGY AND AN EXAMINATION OF ITS COST
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09:15
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Choosing The Correct Technology And Using Battery Metrics To Your Advantage
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How storage could help with the limitations of grid connections, balance the economics and make output more predictable
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What is the correct metrics with regards to volume, power and lifespan needed for scenarios?
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Using the right type of batteries suitable for your project
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How do flow batteries compare with other tech for wind applications?
Paul Gardner,
Global Segment Leader,
DNV.GL
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09:45
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Design And Operation Of A 2Mw Grid Connected Battery And
Second Life EV Batteries On The Grid
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The design process to connect to the grid
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Efficiencies and economies of scale that can be gained: Pre-existing grid connections and joining O&M projects
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Being smarter with deployment for efficiency and lower costs
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Adding value from deployment stage to grow business models and reduce upfront cost
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Comparisons between lithium and lead Chemistries & different size systems
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Possible second life EV battery usage on the grid
Prof. David Stone,
Electronic And Electrical Engineering,
Sheffield University
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10:15
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Smart Control Of Energy For Battery Energy Storage Systems
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Providing a single interface between the site SCADA system and local energy assets including storage
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Collecting and summarising data from the local energy assets
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Automatic control of up to 50 local energy assets, with choice of control algorithms including frequency regulation, peak-shaving, ramping and voltage control
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MESA compliant
Dr. David Blood,
Market Manager EMEA,
Parker Hannifin,
Energy Grid Tie Division
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10:45
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Morning Refreshments And Networking Opportunity
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11:15
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Panel: How Far Can The Cost Of Batteries Fall And What Are The Driving Forces?
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Why game playing in the capacity market could create unrealistic price expectations
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How the cost of different lithium-ion chemistries must be taken into consideration
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How to optimise the size of your battery for the best return
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Will the losses experienced in energy transfer come down with the cost?
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What are the cost drivers of bringing down cost and the battery providers on capacity and price fluctuations?
Chair:
Mike O'Hare,
Senior Development Manager,
National Grid
Panel Participants:
Chris Wright,
CTO,
Moixa
Julia Badeda,
Manager Of Business Development Stationary Storage Systems,
BatterieIngenieure GmbH
Ben Irons,
Executive Director - Commissioned Projects,
Aurora Energy Research
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12:00
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Battery Storage: What Can We Learn From The Wind And Solar Sectors
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Can we avoid an overheated market?
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Will increased development be driven by commercial stakeholders or political interests?
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How might component prices and location of suppliers affect UK storage development?
Helen Bone,
Senior Associate,
Pinsent Masons
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12:30
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Lunch And Networking Opportunities
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CREATING A LARGE-SCALE INTERCONNECTED ENERGY NETWORK
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13:30
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West Burton B 49MW EFR Battery Storage Project: Key Factors Of Success And Challenges
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Project introduction and the business opportunity
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Asset sizing and technology choice
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Definition on the revenue stack and technical implication
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Project challenges involved
Michele Schiavone,
Head Of Offshore Wind And New Technologies,
EDF Energy Renewables
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14:00
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Where Is The Balance In Network Connected Electricity Storage?
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Is there a practical limit to adding storage to the network?
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Storage technology: Is the location and application important to developers, users and the system operator?
Anthony Price,
Director & Secretary,
The Electricity Storage Network
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14:30
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Integration Strategies For Wind And PV In Germany - Opportunities For Storage
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Current framework and market development for small and large-scale storage in Germany
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Energy storage units operating in the primary control power market and pilots to integrate wind energy
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New business models in small-scale storage to create a large-scale interconnected energy network
Anne Brautigam,
Senior Manager,
Germany Trade & Invest
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15:00
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Afternoon Refreshments And Networking Opportunities
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15:30
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Case Study: Backing Up Intermittent Generation To Deliver Flexible Grid Support
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The scale of the challenge
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How DSR, interconnectors, batteries and large scale storage work together to deliver the back-up that is required?
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Five scales of storage and what this means for the electricity network
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GW scale storage enabling GW scale renewables
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Large scale storage and the electricity market
Mark Howitt,
CTO,
Storelectric
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16:00
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How Domestic Energy Storage Will Become Mass Market, From MWh Deployed To GWh
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Compelling customer propositions, solar 2.0 gaining traction as subsidies disappear
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What does a mass market storage solution look like?
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Aggregating storage systems for grid services
Chris Wright,
CTO,
Moixa
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16:30
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Renewable Integration: A Look At Network Level Integration Or Co-Location
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How storage helps integrate wind and solar at the plant level and system level, and the similarities and differences between those applications
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The case of behind the meter storage supporting self-consumption of on-site renewable generation
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Case studies from AES’ experience deploying grid scale battery-based energy storage to support renewables
Imran Abbasi,
Business Development,
AES Energy Storage
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17:00
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Chair's Closing Remarks
Mike O'Hare,
Senior Development Manager,
National Grid
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17:15
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End Of Forum
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