Green Energy Treatment Inc R&D Target
Green Energy Treatment set its R&D target of “ultra-fast charging, long-life, and non-flammable
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R&D target
- » Reduce the levelized cost of energy under 0.02USD
- » Longer life time up to 25years
- » Higher round trip efficiency
- » Higher round trip efficiency >98%
- » Easier installation
- » Remote controllable
- » Smarter system management
-5°-50°
R&D Product Rodmap
- » 10-15 minute ultra-fast charging, long life and non-flammable
- » Improving energy density
Technology strategy
- • Insist on the “fast charging, long life, high safety” three leading technology
- • Master four core technologies of battery materials (anode and cathode, diaphragm and electrolyte)
- • Intelligent lean manufacturing technology
- •10-15 minute ultra-fast charging, long life and non-flammable with improved energy density
R&D
Green Energy has its material, cell and product R&D centers in , U.S.
Green Energy Global Inc focuses on material and product development in its own R&D center, and ensures all the products pass the complete and qualified tests before outgoing. Meanwhile, Green Energy Global Inc also enhances the close cooperation with Japan, US and research institutions to lead this field ahead.
Cathode Material For Graphene Ultracapacitor Batteries
EG Series Test Result
Non-flammable Electrolyte
Non-flammable
10-15 minute fast carge
Long cycle file
Smart Manage System
- • The interface of charge and discharge is integrated.
- • The cell voltage and module temperature is detected by BMS.
- • Support fast charging and discharging.
- • Active monitoring of the system.
- • Smart action when protection function activated.
Product Performance
Products Series
EG Series
EM Series
EF Series
Cell Cycle Life (Projected)
50,000 times
20,000 times
5,000 times
Charge Temperature Range
40°- 65°
-5°-50°
-20°-50°
Discharge Temperature Range
-40°-65°
-20°-60°
-20°-55°
Max. Rate of Charge
10C
6C
2C
Max Rate of Discharge
6C
6C
2C
Peak discharge current (10s)
12C
8C
5C
Cells Energy Density (Wh/kg)
90
160
240
Operation outside Temperature Range
yes
yes
yes
Thermal Runaway
No Risk
No Risk
No Risk
Usable Capacity (% of rated capacity)
{100% constant over life)
100% constant over life)
100% constant over life)
DC to DC efficiency (@25)
99% (constant over life)
99% (constant over life)
99% (constant over life)
Short Medium Long Duration
Long
Long
Long
Maintenance
Rarely maintenance
Rarely maintenance
Rarely maintenance