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Model
0As of January 2023 -
average mileage
0km95 ~ 685km -
energy efficiency
0Wh/km109 ~ 295Wh/km -
EV battery capacity
AVG 0kWh16.7 ~ 123kWh
TECHNOLOGICAL INNOVATION
Achieving a mileage of 500 kilometers or more per charge is
essential for replacing traditional internal combustion engine vehicle.
Improving electric vehicle mileage requires innovation
in lithium-ion batteries-the engine of the electric vehicle
which in turn calls forth innovation in lithium-ion battery materials.
for 1,000km of Electric Vehicle Mileage
One Small Difference, One Giant Leap
We are dedicated to innovating silicon/lithium materials for the next generation anode in lithium-ion battery.
All-solid-state batteries where this material is applied will transform the current structure of lithium-ion battery.
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Higher Capacity
Longer mileage for electric vehicle -
Thinner Design
Innovation in lithium-ion battery structure -
Lighter weight
Innovation in lithium-ion battery material
Differentiated values
provided by SILI ENERGY
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About SILI ENERGY
We are innovating silicon and lithium materials for the next generation anode materials of electric vehicles
to achieve 1,000 kilometers of mileage per charge and leverage this to become a pioneering leader in disrupting the all-solid-state battery market.
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Cell Capacity
MAX 0 X300mAhg-1 → 3,000mAhg-1 -
Mileage
+0 %600km → 900km -
Charging Speed
0 X20 → 10min, 80% SOC -
Supply Chain Stabilization
-0 %$10.2$/KWh → 1.2$/KWh -
Lithium Recycling
+0 %0.7 → 2.7%