The workshop gave an overview of the forthcoming Horizon 2020 Battery related Calls representing a budget of around €337.5million. Horizon 2020 is the European Union’s Research and Innovation Programme. In summary, the event covered: - Gather information on forthcoming 2020 topics; - Hear from current UK and European Battery Initiatives; - Discuss and refine your project ideas with potential partners; - Join consortia forming around forthcoming 2020 topics. Find out more: https://ktn-uk.co.uk/news/ktn-and-innovate-uk-invite-you-to-an-information-and-consortia-building-event-for-horizon-2020-batteries

1. Running Order
ANSYS / GRANTA – Donna Dykeman
Centre for Process Innovation (CPI) – Keri Goodwin
City University London – Paul Riley
FAC Technology – Alexander Fergusson
Johnson Matthey – James Cookson
Photocentric - Sarah Karmel / Josh Lawlor
SusChem – Sheena Hindocha
Upgrade Technology Engineering Ltd – Chris Hale

2. Contact person: Donna Dykeman, CR&D Programme Manager
ANSYS/GRANTA
Cambridge, UK
Donna.Dykeman@ansys.com
44(0)1223218000 x.358
ANSYS Simulation:
France, Switzerland,
United Kingdom,
Germany, … Peak Performance for an Electric Vehicle

3. The global leader in
engineering simulation
The materials information
technology leader
• Multi-physics, multi-scale
modelling
• Design of cells/modules/packs
• In-service thermal
management
• Power electronics and electric
machines
• Battery Management System
• Structural, crash analysis
• Forensics, testing
• Digitalization of materials and
processes
• Information management for
the Materials Life Cycle
• Materials and manufacturing
certification traceability
• Tools to assess critical raw
materials, circular economy,
cost, restricted substances,
sustainability
Call topic (s) of interest: LC-BAT-8-2020 to LC-BAT-11-2020
Also Calls: LC-BAT-12-2020 to LC-BAT-15-2020

4. What we have to offer:
• Materials & Process Information Management: GRANTA MI, Product Intelligence
• Materials & Process Selection, Substitution: GRANTA Selector
• Battery & Battery Management System (BMS): Twin Builder, Fluent, Mechanical,
Maxwell, Q3D, medini analyze, SCADE
• Power Electronics: Twin Builder, Mechanical, Maxwell, Q3D, SIwave, Icepak, Fluent,
• Electric Machine: Maxwell, Optimetrics, DSO, Mechanical, Fluent, Twin Builder
• System Integration: Maxwell, Siwave, Icepak, Q3D, Twin Builder, Mechanical, Fluent, ,
medini analyze, SCADE

5. What we are looking for:
• Manufacturers (micro-to-large) of batteries, modules and packs
• Material suppliers for advanced metallurgy, battery and system
packaging
• RTOs, Universities offering fundamental materials and
chemistries, emerging battery technologies, etc.
• Designers/Product development
• Testing/metrology expertise and standardization
• Certification expertise
• …

6. Centre for Process Innovation (CPI)
Contact person: Keri Goodwin
Address, Country: Coxon Building, John Walker Road,
NETPark, Sedgefield, County Durham, TS21 3FE. United
Kingdom
Phone n°: +44(0)1740 625720
By returning this presentation, you consent for the information contained within it to be
made available online and communicated to other organisations for the purpose of
stimulating collaborations for the forthcoming Calls indicated on the registration page.
Please return to Natalie.Withenshaw@ktn-uk.org by the date indicated on the registration
page.
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7. Who we are:
• RTO and Catapult Centre helping companies to develop, prove, scale-up and
commercialise new products and processes.
• 400+ staff across 5 National Centres, £170m industry-relevant innovation
assets, 1100 projects & 2000 business collaborations delivered in 15 years.
What we do:
• De-risking and accelerating concepts into successful products.
• Using industry-relevant expertise and capabilities (e.g. in materials,
formulation and electronics), cross-sector knowledge and public bids expertise
• Currently supporting battery technology development
Call topic (s) of interest: LC-BAT-8-2020, LC-BAT-10-2020, LC-BAT-11-2020
Centre for Process Innovation (CPI)

8. What we have to offer:
CPI have a broad capability in supporting product/process development in
battery manufacture
• High-throughput formulation – screening of optimal formulations for
battery slurries
• Dispersion, milling and scale-up of materials production
• Sensor design & integration
• Coating and Surface modification e.g. Plasma treatment, PVD (including
ceramic deposition), ALD, wet coating, thermal treatment
• Suite of complimentary characterization equipment
• Process economics analysis, helping to identify and mitigate risks to
commercialisation

9. What you are looking for:
• Partners looking for scale-up of battery chemistries e.g. next
generation Li-ion, or non-Li-ion, solid state battery materials
– Materials scale-up – process engineering support, process
development support
– Formulation and printing scale-up – slot die, screen print
– Vacuum coating – ALD & PVD
• Partners looking for sensor integration for cell monitoring
– Sensor manufacturers
– Cell manufacturers
– BMS development
– Surface/interface engineering

10. City University London
Contact person: Hon Professor Paul H. Riley
Address, Country: Northampton Square, Clerkenwell,
London EC1V 0HB , UK. Email: paul.riley@city.ac.uk
Phone n°: +44 (0) 7973426379
By returning this presentation, you consent for the information contained within it to be
made available online and communicated to other organisations for the purpose of
stimulating collaborations for the forthcoming Calls indicated on the registration page.
Please return to Natalie.Withenshaw@ktn-uk.org by the date indicated on the registration
page.
Please read KTN’s Privacy Policy.

11. City, University of London
Academic Institution, founded in 1894.
We are a public research university and a constituent
college of the University of London since 2016.
With over five Schools we have more than 70 specialist
research centres, four Interdisciplinary Research
Centres with staff and students currently leading more
than 450 live research projects.
Can contribute to next generation and realisation of
battery packs for BEV and PHEV, ID: LC-BAT-10-2020

12. Project Idea / What you have to offer:
By combining the Power Electronics (PE) with batteries
using Multi-level converters, simulations show that:
• The PE can be made 20 times lighter
• Efficiency is 5% higher leading to greater range
• The PE include ultra fast charging at low cost
• The PE allows cell groups of 32 (called modules) to be
actively managed, increasing cyclic life
• Replaceable modules aid re-cycling and re-purposing
• Voltages are independent of semiconductors
– 3.3kV and above are achievable
– Inherently safe, no HV present when stationary

13. What you are looking for:
Our design is at TRL 3 and we are looking for additional
partners to take the concept to TRL 7 and beyond
This is disruptive technology that when developed, will
transform the EV market, on land sea and in the air.
Partners with volume manufacturing capability or
customers in these areas are sought.

14. FAC Technology
Dr Alexander Fergusson; alex@factechnology.com
53 Lydden Grove, London, SW18 4LW, UK
By returning this presentation, you consent for the information contained within it to be
made available online and communicated to other organisations for the purpose of
stimulating collaborations for the forthcoming Calls indicated on the registration page.
Please return to viola.hay@ktn-uk.org by Monday, 4 November 2019.
Please read KTN’s Privacy Policy.

15. FAC Technology
• FAC Technology, ‘FACT’, is a composite materials R&D
company; we are a London based SME
• We develop novel composites from the nano-scale up
• Two of FACT’s team are lecturers in composite materials at
Imperial College, so we have access to resources there
• We started off developing highly damage resistant composites
for airline freight containers (licensee: Nordisk Aviation)
• We have developed thermally interface materials, ‘TIMs’, that
offer a step change in thermal conductivity (licensee: Vantage
Power-Allison Transmissions)

16. Structurally bonded batteries with
integrated thermal management
• We have developed TIMs with thermal conductivities up to
7.4W/mK that are electrically insulating
• Structural properties can enable significant reductions in part
count and assembly cost for EV batteries.
• Simultaneous loading of cells and modules under multiaxial
mechanical-thermal-electrical (up to 300A) loading to failure in
a hardened lab/bunker at our facility in London
• In-house Multiphysics solvers that can simultaneously solve
PDEs for chemical reactions, elasticity, visco-elasticity,
plasticity, fracture, heat transfer, viscous flow, etc… developed
for modelling curing of composite components

17. What you are looking for:
• Battery designers and OEMs that are interested in reducing
part count in battery assembly through TIMs that behave
(mechanically) like structural adhesives
• Battery designers and OEMs that are looking for TIMs with
significantly increased thermal conductivity
• Manufacturers of EVs that are interested in mitigating the
chance of thermal runaway of an individual cell propagating to
adjacent cells and beyond (together with Imperial College)
• NB we have an existing supply chain of toll and contract
manufacturers who can produce our materials at volume

18. Johnson Matthey
James Cookson
Johnson Matthey Technology Centre, Reading, UK
Tel: 0118 942 2061
email: james.cookson@matthey.com
By returning this presentation, you consent for the information contained within it to be
made available online and communicated to other organisations for the purpose of
stimulating collaborations for the forthcoming Calls indicated on the registration page.
Please return to Natalie.Withenshaw@ktn-uk.org by the date indicated on the registration
page.
Please read KTN’s Privacy Policy.

19. Johnson Matthey (JM)
JM is a leading FT 100 speciality chemicals company and a global
leader in advanced materials in diverse areas from catalysis and
Li-ion batteries.
We already makes a significant contribution to cleaner air around
the world; applying our world class science to current and next
generation battery materials, enabling the journey to pollution-
free roads.
Call topic (s) of interest: All LC-BAT Programs

20. Project Idea / What you have to offer:
JM is looking to apply our advanced materials chemistry to enable
new sustainable solutions in the evolving energy market
• Advanced Li-ion battery materials
• Solid state materials
• Beyond Li-ion technologies (Li-S, Li-air, other metal systems etc)
• Tailored inorganic materials for other applications
• Recycling technologies
We have the ability to design, model, synthesise, thoroughly
characterise and scale up novel inorganic materials. We can also
fabricate and electrochemically evaluate them.

21. What you are looking for:
• Hear of your material needs to enable new solutions
• Building of supply chains
• Complementary materials suppliers
• Innovative solutions and capabilities in emerging applications
• Lead partners

22. Contact person: Dr. Sarah Karmel, Joshua J. Lawlor
sarah.karmel@photocentric.co.uk, joshua.lawlor@photocentric.co.uk
Cambridge House
Oxney Road
Peterborough
PE1 5YW
United Kingdom
By returning this presentation, you consent for the information contained within it to be
made available online and communicated to other organisations for the purpose of
stimulating collaborations for the forthcoming Calls indicated on the registration page.
Please return to viola.hay@ktn-uk.org by Monday, 4 November 2019.
Please read KTN’s Privacy Policy.

23. Formed in 2002 to
manufacture a
patented package of
photopolymer.
Invented concept of
using LCD screens as
image source in SLA
printing in 2005.
Employ 120 people in
Peterborough and 45
in Phoenix USA.
8 granted patents
in LCD 3D printing,
16 pending.
Started in 3D printing
with an Innovate
grant in to
develop
2014
an LCD prototype
printer.
in addition to £2.5m of
Innovate R&D grants
£1.5mInvestment in
R&D 2019
Running
UK Govt. Innovate
grants; Liquid Metal
and Colossus.
1
34Scientists carrying
out research and
development
Winner of 2
Queens Awards.
Innovation 2016 &
International Trade
2018
European Grant:
Proboscis. Project focused
on the development of
biomimetic materials
Call topic (s) of
interest:
LC-BAT-10-2020
(IA)

24. Project Idea / What you have to offer:
3D fabrication of
battery components
Cost and time
reduction
Formulation
knowledge

25. What you are looking for:
• Project lead for a H2020 battery project
• Knowledge regarding materials desired for
battery active components
• Analytical facilities & equipment to assess 3D
printed battery materials

26. SusChem is the European Technology Platform for Sustainable Chemistry
• A network of National Technology Platforms in 17 countries across Europe
• KTN is the UK’s contact point for SusChem
SusChem was created with a mission to revitalise and inspire European
chemistry and industrial biotechnology research, development and innovation
in a sustainable way to respond to pressing societal challenges.
• Through policy, technology and inititives

27. • SIRA - Strategic Innovation and Research Agenda
• Sustainable Chemistry and Industrial Biotech technology innovation priorities for
the short and medium term to feed into Horizon Europe Programme
• SIRA will launch at stakeholder event 27th November, Brussels – registration open
now
• For more information contact Sheena Hindocha (sheena.hindocha@ktn-uk.org)

28. Upgrade Technology Engineering Ltd
Contact person: Chris Hale
22 Blanche Lane,
South Mimms,
Hertfordshire.
EN6 3PA
Chris@upgradetech.co.uk
(+44) 7912 848040

29. Upgrade Technology Engineering Ltd
• A UK based R&D engineering company Founded in
2006 to provide design support and consultancy as
well as developing and researching cutting edge
techniques for improving battery management and
performance.
• UTE offers modular BMS electronic platforms
incorporating proprietary battery management
technology as well as providing bespoke BMS and
battery designs services for clients.
• Call topic of interest: LC-BAT-9-2020(RIA)

30. Project Idea / What you have to offer:
What we have to offer: A patented electronic management solution to
regulating power through multi chemistry modules within battery systems.
• The patented approach will enable any mix of chemistries, balanced to
provide optimum trade off of power, energy, cycle life and safety.
• The technology regulates power without need for DC/DC converters
• Allows redundancy failure and reduces maintenance costs.
• Allows increased lifespan through reduced stressing and optimising the
usage of each chemistry as well as reducing the burden on aged cells.
• Allows systems with new and aged modules to be implemented within a
series string. Modules can be switched out and swapped or replaced without
shutting down the system.
• Uses advanced predictive usage algorithms within the BMS system to track
SoC/SoH and demand requirements for each chemistry.

31. What you are looking for:
UTE’s core business is only in generating advanced
control and management electronics for battery
systems.
we are looking for:
• Battery manufacturers
• Integration partners
• OEM’s
• Power converter / storage management system
specialists