Solid Power DCRC+ Financial Overview
Products
and Technology
Superior Performance and Value Expected to Drive Mass Market Adoption
77 kWh pack: Today's lithium-ion vs. Solid Power
High-Content Silicon
Anode Product
Today's
Lithium-Ion
%
Solid Power¦ Improvement
Lithium Metal Anode Product
Today's
Lithium-Ion
%
Solid Power Improvement
TO
System
Volume
329 L
System
Mass
499 Kg
T
184 L
44%
304 Kg
39%
O
10
System
Volume
329 L
I
184 L
44%
I
System
Mass
I
499 Kg
I
269 Kg
46%
I
T
I
Range
266 Miles
I 304 Miles
14%
I
P
I
Range
266 Miles
I 308 Miles
16%
I
I
Charge
15 Min
<15 Min
Parity
Charge
15 Min
I
<20 Min
Parity
I
I
$
Cost¹
$10,934
$6,545
40%
$
Cost¹
$10,934
I
$6,545
40%
I
I
Safety²
EUCAR ≤ 4
EUCAR ≤ 2
Cost Savings
I
Safety²
EUCAR ≤ 4
EUCAR ≤ 2
Cost Savings
Note: Analysis based on 77 kWh pack. Today's lithium-ion figures are representative of 77 kWh pack with cylindrical cells (i.e. Tesla Model 3 Pack). Solid Power cell performance metrics are initial commercialization design targets.
1. Reduction in cost at cell level only. 2. European Council for Automotive R&D safety ratings. See slide 52 for EUCAR definitions. Additional savings from safety are expected but have not yet been quantified.
Solid Power DCRC+
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