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IDEAL GREEN EV BATTERY FOR CIRCULAR ECONOMY
1. EV BATTERY and RECYCLING | FRANKFURT | 08.2022
Upcycle batteries.
Avert climate change.
2. betteries proprietary, strictly confidential 2
Demand for Li-ion battery is skyrocketing
By 2030, 307GWh are needed for low-speed EV, 2-wheeler, and ESS*
Passengers and commercial EVs will retain more than 85% of the battery market
*The Lithium-Ion (EV) battery market and supply chain, Roland Berger GmbH, April 2022
PROBLEM
3. betteries proprietary, strictly confidential 3
A tsunami of used EV batteries is coming
In 2030 more than 20 million used battery packs will be released from the automotive industry
0
100
200
300
400
500
600
700
800
0
50
100
150
200
250
300
350
400
450
500
2020 2025 2030 2035 2040
GWh
2nd
life
capacity
available
for
upcycling
YoY
Million
2nd
life
batteries
No. EV batteries available for upcycling - GWh of 2nd life storage capacity available for upcycling - YoY
2nd life batteries avail. for upcycling - YoY - Stated Policies Scenario
GWh avail. for upcycling YoY - Stated Policies Scenario
PROBLEM
4. betteries proprietary, strictly confidential 4
Why waste all this productive battery capacity?
…when 30% of the EV life cycle CO2 footprint comes from battery production
Rel.
Battery
Capacity
(%)
40
Cycles
1st life
70
2nd life
100
0
5. betteries proprietary, strictly confidential 5
>70% capacity
still available at
end of 1st life
~ 7-10 years
productive
2nd life
1st-life 2nd-life
Re-
Purposing
Recycling
Optimized recycling
process
Battery pack /module
type selected for
minimum re-purposing
effort
Upcycling EV battery modules
betteries has optimized each upcycling step to maximize battery productive life and close the material cycle.
Advanced operational
strategies enabled by ML/AI
based battery analytics to
maximize productive 2nd
life
Design for mass
production and
repair
SOLUTIONS
1 2
3
4
7. betteries proprietary, strictly confidential 7
SOLUTIONS
Design for mass production
Upcycling
effort & cost
low low /
depending on
pack design
economically
not feasible
Flexibility of
use / market
size
limited / large
ESS only
high, can
serve largest
portion of 2nd
life market
theoretically
highest, but due
to upcycling
effort limited to
small systems
only
System
redundancy in
case of cell
failure
none / low high very high
Our design principles Module upcycling
A modular battery design with a standardized
battery storage module & interface assures
maximum flexibility & scalability and unlocks
the full battery value.
Modularization -> flexibility in use
Standardization -> economy of scale
System level focus -> right trade of attributes
Application specific
”interface” module
Standardized battery
storage module
8. betteries proprietary, strictly confidential 8
SOLUTIONS
Design for repair
Our design principles Stresses on Steel part
Modularization -> Exchange of subsystems
No podding! -> Easy assembly
-> Easy disassembly
-> Easy material separation
for recycling
9. betteries proprietary, strictly confidential 9
SOLUTIONS
betterPack & betterStore
Providing modular, highly flexible power system solutions to replace carbon intensive technologies
Delivering
mobile and
modular energy
storage from
2.3 - 240kWh.
Enabling highly
flexible AC & DC
power solutions
for on-grid back
up, off-grid
productive use
and e-mobility
applications.
Productive use
AC-power
betterGen
betterPack
betterLink-DC
betterLink-EM
+
E-Mobility
Drive train
betterGen MAX
C&I
AC/DC-power
betterStore - B
betterStore
betterStore-C
+
betterStore - HC
Productive use
DC-power
E-Mobility
AC/DC-Charging
Mini grid
AC/DC-power
Our basic
building block
7 module
stack + BMS
10. betteries proprietary, strictly confidential 10
SOLUTIONS
Our IOT backbone & business platform
Enabling optimum asset management and innovative business models
Monitoring and management
of IoT devices
Asset tracking
Fleet Operators
Pay-per-Use
Digital business platform
Machine
Learning
11. betteries proprietary, strictly confidential 11
Battery Analytics Platform
Boosting the business case for Second-Life Batteries with ML tools
Rel.
Battery
Capacity
(%)
40
Cycles
1st life
70
2nd life
100
0
1
2
3
1 2 3
Best quality buy Optimum operation No customer disruption
SOH
Cyclic life
1.500 -> 3.000
No in-service events
battery-as a- service
SOLUTIONS
Optimal Balance
between Pre-
qualification and
Second-Life
Utilization
12. betteries proprietary, strictly confidential 12
Optimized Logistics – Our operational model
Regional and local value generation at the heart of our set up
OPERATIONS
Automotive OEM
EV Battery Extraction, Disassembly,
Battery Module Requalification
betteries HQ
Research & Dev, Sourcing, Master
Prod Cell, Project/Appl. Eng.,
Marketing & Sales
Recycling Partner
Logistics to-and-from regional
center, Recycling at end of 2nd-life
End of 1st Life
End of 2nd Life
IP Process
Local Distributor
Local Electrician, 24/7 Supermarket, ...
Project Team
Local Energy Hub, NGO, EPC, Utility, Bank, ...
Customers
betteries REMAN
Pack-Disassembly, Checking,
Final Assembly, Maintenance
& Repair, (Recycling pt. 1)
General
Distributor
GLOBAL REGIONAL LOCAL
EPC / Container
Outfit Partner
betterGen,
betterPacks
Hybrid storage
container
betterGen / betterPack,
Large battery packs,
other h/w
betterGen,
betterPacks
13. betteries proprietary, strictly confidential 13
Status August 2022
Ready for sales
SOLUTIONS
Construction Industry Film sets Solar farms Solar contain
Construction Industry Film sets Solar farms Solar container Electric propulsion E-mobility
Prototypes successfully tested by for multiple applications
6+ million operational data points for Battery Analytics
CE, UN and IEC certifications completed
Industrial partnership with Renault Mobilize secured
1st remanufacturing center just opened in France
Start of sales commencing in October