The Faraday Battery Challenge, in partnership with KTN, bring you a series of seminars on defining subjects for the future electrification of transport and other sectors. The UK Battery Industrialisation Centre is going to be open for business later this year. The £129m facility – the only one of its type in the world – will be used by companies and organisations with a promising new battery technology or design that they want to scale-up so long as that technology can bring growth to the UK. The technology will be at least as good as that found in any of the battery ‘Gigafactories’ being built across the globe, and will support the growth of electric vehicles and fast-track battery technology for use in rail, aerospace, industrial equipment, automotive, off highway and static energy storage. Hear Jeff Pratt, Managing Director at the UK Battery Industrialisation Centre speak about the facility and why scale-up is key to fast tracking the development of cost-effective, high-performance, durable, safe, low-weight and recyclable batteries.

1. 11am / 21 July 2020
Jeff Pratt
Managing Director, UK Battery Industrialisation Centre
An update on the UK Battery
Industrialisation Centre
Faraday Battery Challenge webinar series
#FaradayBattery#Challenge

2. 2
SPEAKER
Jeff Pratt
Managing Director,
UK Battery Industrialisation Centre

3. UKBIC Update
21st July 2020
Page 3 of 18
UKBIC © 2020
19.11.2018
UK Battery Industrialisation Centre
An independent open access national facility
An Update on the UK Battery Industrialisation Centre
Jeff Pratt, Managing Director
21 July 2020

4. UKBIC Update
21st July 2020
Page 4 of 18
UKBIC © 2020
19.11.2018
UKBIC Introduction
UK Industrial Strategy - Faraday Battery Challenge
£78m ‘Application-inspired’ research programme
co-ordinated at national scale.
Creation of the Faraday Institution –responsible
for coordination of research and training
programmes.
9 major multi-institution, multi-disciplinary
research programmes addressing battery related
scientific challenges at scale:
Battery Degradation; Multi-scale Modelling;
Recycling & Re-use; Electrode Manufacturing; Li-
ion cathode materials; Solid State Batteries;
Sodium-ion Batteries; Lithium Sulfur batteries.
£88m for innovation programme to support
business-led collaborative R&D with co-
investment from industry.
Backing great UK collaborations to bring cutting-
edge solutions to market and build capability
across the value chain.
124 organisations funded across 62 collaborative
R&D projects.
£82.5m committed in 3 Rounds of funding
competitions with £32m additional co-
investment provided from industry.
£129m for UKBIC funded by Faraday Battery
Challenge and West Midlands regional
investment.
Scale up programme to allow companies of all
sizes to rapidly move new battery technologies to
market.
Develop manufacturing tools and processes for
mass production and demonstrate production-
rate reliability and quality.
Supporting UK skills development for a growing
battery industry.
Research ScaleInnovate
i£274 million Government Investment (2017-2021)
‘Enabling design, development and manufacture of batteries for EVs’
ISCF Faraday Battery Challenge

5. UKBIC Update
21st July 2020
Page 5 of 18
UKBIC © 2020
19.11.2018
UKBIC Introduction
UKBIC Key Facts
20,000m2
manufacturing research facility located on the outskirts of Coventry1
Battery Electrode, Cell, Module and Pack manufacturing capability at industrial rates2
Modular “Learning Factory”. Used for trialling and short volume manufacture of:
− New manufacturing processes
− New materials
− New cell formats
− New module structures
− New pack structures
3
Reducing commercial risk for high volume manufacturing investments4
Open access and promotes UK industrial collaboration for organisations of all sizes5
Delivers skills and training to support the growth of the UK battery industry
Does not exist to sell commercial product to end markets or create own IP6
7

6. UKBIC Update
21st July 2020
Page 6 of 18
UKBIC © 2020
19.11.2018
UKBIC Introduction
Bridging the Gap from R&D to Mass Production
Gramme Scale Kilogramme Scale Tonne Scale Giga Scale
Characteristic
• Typically university scale
research labs using small
quantities of hand-made
materials.
• Used for fundamental
materials research and initial
half-cell experiments at coin
cell scale.
• Typically corporate R&D pilot
line or university / Catapult
centre.
• Used to demonstrate
scalability of materials to full
size cell, and to develop
electrode mixtures, deposition
processes and cell formats.
• Typically full-scale
manufacturing facilities used
at low output rate.
• Used to develop and validate
materials, cell design,
manufacturing processes and
parameters at industry rates
prior to full plant investment.
• Full-scale, high volume
manufacturing plant. Typically
6-50GWh/year.
• Used to deliver very large
volumes of cells with no
variation or flexibility to
chemistry, format or quality.
Cost/kWh and process
consistency are critical.
Volume, TRL, MRL
UKBIC
scope
Technology
Readiness
Manufacturing
Readiness

7. UKBIC Update
21st July 2020
Page 7 of 18
UKBIC © 2020
19.11.2018
UKBIC Introduction
Process Equipment Overview
Logistics Area
Mixing
Cathode
(C)
Coating & Drying C Calender C Slitter C
Cylindrical Assembly
Pouch Assembly
CylindricalFA&T
PouchFA&T
V’Dry
A
Expansion Area
V’Dry
C
V’Dry
A
V’Dry
C
Mixing
Anode
(A)
Coating & Drying A Calender A Slitter A
UKBIC Offices and Customer Campaign Rooms
Services Area
Agile Module Assembly
Agile Pack Assembly
Runner Module Pouch
Runner Module Cylindrical
Runner Pack
Mixing
Coating and
Drying
Calendering Slitting
Cylindrical /
Pouch
Assembly
Formation,
Age & Test
Module
Assembly
Pack
Assembly
Electrode Cell Module Pack

8. UKBIC Update
21st July 2020
Page 8 of 18
UKBIC © 2020
19.11.2018
UKBIC Introduction
Project Progress to date
2017 2018 2019 2020
Q4 Q1 Q2 Q3 Q4 Q1 Q2 Q3 Q4 Q1 Now
UKBIC
announced
WMG, CCC,
CWLEP
UKBIC Ltd
company
established
Jeff Pratt,
Managing
Director joins
Site planning
permission
granted
1st
equipment
orders placed
(Electrode, cell
assembly)
Ground-
breaking on
site
UKBIC Board
convened
Internal
building
fit-out
commences
1st
equipment
arrives on site
UKBIC team
moves to site
Practical
completion on
site and
commissioning
Beginning of construction (May 2019) Finished Building (Dec 2019)Planning (2018)

9. UKBIC Update
21st July 2020
Page 9 of 18
UKBIC © 2020
19.11.2018
Managing Director
Jeff Pratt
UKBIC Introduction
Business Structure
Business
Development
Manufacturing Operations Finance HR / People
Programme
Management
Logistics &
Production Control
Controls
Finance Office
MD Office
Quality
Procurement
Communications
IT / Business Systems
HR
Technology Business Performance
Learning &
Development
Product
Engineering
External Affairs
Health, Safety and
Environment
Business
Development
Plant
Engineering
Manufacturing
Engineering
Module & Pack
Cell Assembly /
FA&T
Electrode
UKBIC Limited Company Board
• Coventry City Council
• Cov & Warks Local Enterprise Partnership
• University of Warwick
• Advanced Propulsion Centre
• UKBIC
• UKRI (Observer)
Faraday Battery Challenge Prog Board
• UKRI (Innovate UK)
• UKRI (EPSRC)
• UK Gov (BEIS)
• Advanced Propulsion Centre
• UKBIC
• Faraday Institution
Governance
Faraday Battery Challenge
Advisory Board
External/ independent industry,
government and sector advisory
expertise
UKBIC
Organisation

10. UKBIC Update
21st July 2020
Page 10 of 18
UKBIC © 2020
19.11.2018
UKBIC Introduction
What We Do
UKBIC Use Cases: UKBIC Customers:
Propulsion
Automotive, aerospace, rail, OHV, marine
Energy Storage
Grid, commercial, domestic
Industrial and Other Application
Warehousing, robotics, etc
Battery Cell Manufacturers
Tier 1 Producers
Battery Supply Chain
Materials, equipment, components
Make to print to enable…
UK growth and benefit
Prototyping at scale
From materials to packs
Knowledge Transfer & Skills Development
Hands-on, real world experience
Collaborative R&D
Future technology scale-up
Consultancy and Advisory Support

11. UKBIC Update
21st July 2020
Page 11 of 18
UKBIC © 2020
19.11.2018
UKBIC Progress
Front Office Spaces
Reception Area
Customer Campaign Room
Front of House Area
LaboratoryTraining Room
Front Entrance

12. UKBIC Update
21st July 2020
Page 12 of 18
UKBIC © 2020
19.11.2018
UKBIC Progress
Process Equipment – Electrode Manufacturing
Mixing Calendering
Anode / Cathode Drying
Anode / Cathode Coating

13. UKBIC Update
21st July 2020
Page 13 of 18
UKBIC © 2020
19.11.2018
UKBIC Progress
Process Equipment – Cell Assembly
Cell Assembly Clean / Dry RoomSlitting
Formation, Age and Test Chambers

14. UKBIC Update
21st July 2020
Page 14 of 18
UKBIC © 2020
19.11.2018
UKBIC Progress
Covid-19 Impacts since March
ProjectDelivery
Site / Building Completion Planned for May
UKBIC Staff Working on site from March
Process Equipment Commissioning Planned for May
onwards
FutureBusiness
First UKBIC customer projects affected by general
economic uncertainty and delay
New customer enquiries
The UKBIC team continues to work on project delivery in preparation for
acceptance of first customer production projects towards the end of 2020.

15. UKBIC Update
21st July 2020
Page 15 of 18
UKBIC © 2020
19.11.2018
UKBIC Overview
Summary
• UKBIC is an open access manufacturing
research and development facility.
• Our role is to support companies of any size in
industrialising the technologies of tomorrow.
• UKBIC doesn’t exist to sell commercial
products to end markets.
• UKBIC has Battery Electrode, Cell, Module and
Pack manufacturing capability running at
industrial rates.
• We have developed valuable knowledge and
learning from building our own technical
capabilities over the last two years.
• We continue to make strong progress towards
launch for first customer usage by Q4 2020.
• The facility is set up to work with partners
across industry - confidentially and flexibly
within whichever parts of the process required.
• UKBIC doesn’t seek IP. Results of industrial
projects belongs to the users.
• Main methods of collaboration at UKBIC:
- Commercial projects
- Funded CR&D projects
- Training and consultancy activities
Summary: Working with UKBIC:

16. UKBIC Update
21st July 2020
Page 16 of 18
UKBIC © 2020
19.11.2018
UK Battery Industrialisation Centre
An independent open access national facility
Thank You
www.ukbic.co.uk

17. • Request a meeting
• https://fbc-webinar-series-
ukbic.meeting-mojo.com/
• Website
• www.ukbic.co.uk
• Follow UKBIC on LinkedIn and Twitter
• Request a one-to-one call with a
representative from FBC
• https://fbc-webinar-series-
ukbic.meeting-mojo.com/
• Register your interest in joining the
cross-sector special interest group
• Details will be provided in follow up
materials
NEXT STEPS + CONTINUE A DIALOGUE
With the Faraday Battery Challenge With the UK Battery Industrialisation Centre
• Share the video of this event with colleagues – via the KTN YouTube channel

18. 2pm / 30 July 2020
Prof Paul Shearing
UCL and Principal Investigator,
Faraday Institution’s LiSTAR project
Lithium-sulfur batteries:
a game changer for aerospace,
defense and automotive?
Faraday Battery Challenge webinar series
#FaradayBattery#Challenge