Estimation of raw material requirements
Lithium, Nickel, Cobalt, Manganese Iron, etc.
Simulation of market scenarios
•
Influence market share NMC:LFP
•
Influence market share NMC-Variants
Variation of parameters for individual
NMC-Chemistry
•
Input of known, fixed parameters
•
Change of variable parameters
no exact calculation of real needs
no plausibility check of entered
parameters
no consideration of e.g.:
•
Production losses
•
Synthesis Yield
•
Scrap
•
…..
Features
Limits
What is BaRCal able to ?
BaRCal
is
an
application
with
which
the
raw
material
requirements
for
lithium-ion
batteries
can
be
calculated
quickly
and
easily.
It
makes
it
possible
to
understand
the
relationships
and
influences
of
different
parameters
and
to
try
them
out
by
varying
the
parameters.
The
app
calculates
the
quantity
requirements
for
different
raw
materials
such
as
lithium,
nickel,
cobalt,
manganese,
iron
and
phosphorus.
Different
market
scenarios
can
be
set
with
the
help
of
sliders.
By
moving
the
controller, the result changes directly, so that you can observe the influence of a parameter on the requirements.
It
is
also
possible
to
enter
an
individual
NMC
chemistry
and
to
change
specific
parameters
for
NMC
materials
in
order
to
playfully understand "what happens if...". We explain exactly how this works in the
instruction
.
What‘s LiCCal?
Estimation of raw material requirements
Lithium, Nickel, Cobalt, Manganese Iron, etc.
Simulation of market scenarios
•
Influence market share NMC:LFP
•
Influence market share NMC-Variants
Variation of parameters for individual
NMC-Chemistry
•
Input of known, fixed parameters
•
Change of variable parameters
Features
no exact calculation of real needs
no plausibility check of entered
parameters
no consideration of e.g.:
•
Production losses
•
Synthesis Yield
•
Scrap
•
…..
Limits
BaRCal
is
an
application
with
which
the
raw
material
requirements
for
lithium-ion
batteries
can
be
calculated
quickly
and
easily.
It
makes
it
possible
to
understand
the
relationships
and
influences
of
different
parameters
and
to
try
them
out
by
varying
the
parameters.
The
app
calculates
the
quantity
requirements
for
different
raw
materials
such
as
lithium,
nickel,
cobalt,
manganese,
iron
and
phosphorus.
Different
market
scenarios
can
be
set
with
the
help
of
sliders.
By
moving
the
controller,
the
result
changes
directly,
so
that
you
can
observe
the
influence
of
a
parameter
on
the
requirements.
It
is
also
possible
to
enter
an
individual
NMC
chemistry
and
to
change
specific
parameters
for
NMC
materials
in
order
to
playfully
understand
"what
happens
if...".
We
explain
exactly
how this works in the
instruction
.
