AI-Enhanced High-Energy, High-Power Density Batteries For Demanding Flight Missions
Next-Generation Batteries, Built to Perform
Next Level:
Power
H4B
Li-Ion Cell
H4M
Li-Ion Cell
H10E
Li-Ion Cell
H10P
Li-Ion Cell
H30P
Li-Ion Cell
H30M
Li-Metal Cell
H10B
Li-Ion Cell
H2B
Li-Ion Cell
2170-58E
Li-Ion Cell
2170-55P
Li-Ion Cell
M = Metal
H = Hybrid
E = High Energy
B = Balanced
P = Power
UP = Ultra High Power
H10P
Designed for high-power density and fast drain applications
Capacity:
10.9 Ah
Energy:
37.8 Wh
Cell Voltage(Nominal):
3.47 V
Chemistry:
NMC/C+Si
Energy Density:
340 Wh/kg, 310 Wh/kg
Cycle Life:
800
Size:
139 x 59 x 6.2mm
H4M
Designed for high-energy density and long endurance applications
Capacity:
4.2 Ah
Energy:
16.0 Wh
Cell Voltage(Nominal):
3.82 V
Chemistry:
NMC/Li Metal
Energy Density:
375 Wh/kg
Cycle Life:
400
Size:
71.5 x 48.5 x 6.5mm
H30M
Designed for high-energy density and long endurance applications
Capacity:
31.5 Ah
Energy:
120 Wh
Cell Voltage(Nominal):
3.81 V
Chemistry:
NMC/Li Metal
Energy Density:
385 Wh/kg
Cycle Life:
>1200
Size:
310 x 100 x 6.0mm
H30P
Designed for high-power density and fast drain applications
Capacity:
31.5 Ah
Energy:
107 Wh
Cell Voltage(Nominal):
3.4 V
Chemistry:
NMC/C+Si
Energy Density:
360 Wh/kg
Cycle Life:
500
Size:
245 x 100 x 5.5mm
H10E
Designed for high-energy density and long endurance applications
Capacity:
11.8 Ah
Energy:
40.1 Wh
Cell Voltage(Nominal):
3.4 V
Chemistry:
NMC/C+Si
Energy Density:
400 Wh/kg
Cycle Life:
400
Size:
139 x 59 x 5.8mm
H10B
Designed for high-energy and high power balanced applications
Capacity:
11.4 Ah
Energy:
39.0 Wh
Cell Voltage(Nominal):
3.4 V
Chemistry:
NMC/C+Si
Energy Density:
380 Wh/kg
Cycle Life:
400
Size:
139 x 59 x 5.9 mm
H2B
Designed for high-energy and high power balanced applications
Capacity:
2.3 Ah
Energy:
7.9 Wh
Cell Voltage(Nominal):
3.45 V
Chemistry:
NMC/C+Si
Energy Density:
350 Wh/kg
Cycle Life:
600
Size:
63 x 30 x 6.2mm
H4B
Designed for high-energy and high power balanced applications
Capacity:
3.9 Ah
Energy:
13.2 Wh
Cell Voltage(Nominal):
3.4 V
Chemistry:
NMC/C+Si
Energy Density:
350 Wh/kg
Cycle Life:
500
Size:
71.5 x 48.5 x 6.0mm
2170-55P
High energy and high power packed in a robost and industry standard format
Capacity:
5.5 Ah
Energy:
19.6 Wh
Cell Voltage(Nominal):
3.56 V
Chemistry:
NMC/C+Si
Energy Density:
280 Wh/kg
Cycle Life:
750
Size:
21.2 x 70.5mm
2170-58E
High energy and high power packed in a robost and industry standard format
Capacity:
5.8 Ah
Energy:
20.5 Wh
Cell Voltage(Nominal):
3.6 V
Chemistry:
NMC/C+Si
Energy Density:
295 Wh/kg
Cycle Life:
>1200
Size:
21.2 x 70.5mm
Global Production Capacity with Our Directly Managed Facilities and Regional Partnerships
Supporting Customer Preferences and Strategic Sourcing
Boston,USA
SES Global HQ & Molecular Universe Foundry
AI-driven battery material discovery and electrolyte development
SES South Korea
SES South Korea
Malaysia
Cell Manufacturing
Malaysia
Headquarters and Global Offices
Manufacturing Sites
Al-Enhanced
Material Discovery
We use machine learning-accelerated computation chemistry to map the world's largest database of battery-relevant molecules and their properties. This allows us to craft a custom solution for your unique challenge that's faster and more advanced than conventional approaches.
High Energy
and Power Density
Al-enhanced Li-ion batteries containing Al-discovered electrolyte materials can achieve higher energy and power density, longer cycle life, and improved safety over conventional Li-ion batteries.
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