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Slicone battery Features:
¡ó Storage capacity as high as 1.75 times of international standards
¡ó Recharge acceptance capacity as high as 2.68 times of international standards
¡ó High current recharge. (0.8C---1.0C)
¡ó High current discharge. The battery will not be damaged when discharging within 8 seconds at the temperature of 30¡ãC. Deep discharge is allowed.
¡ó Low self-discharge. After fully charged, the battery can be used within one year at a normal temperature.
¡ó No memory effect for charging or discharging
¡ó Functions normally between ¨C 50¡ãC--+70¡ãC
¡ó Sealed with a release valve. Maintenance free.
¡ó No acid mist emission when charging or discharging. No pollution from the electrolyte.
¡ó Long life span. Under normal circumstances, the cycling life is as long as 10 years for the GYM Series.
¡ó Over 400 times of recharging.
¡ó Functions normally under 6000 meters of the deep sea
Applications of the silicone rechargeable batteries:
¡ó Backup power supply for telecommunications systems
¡ó Backup power supply for electricity systems
¡ó Automobile start-up
¡ó Electric cars power
¡ó Rail locomotive and passenger train power
¡ó Peak value load compensation power storage
¡ó Ship devices
¡ó UPS and computer backup power supply
¡ó Healthy care facilities
¡ó Deep sea lighting and power systems
¡ó Mine lighting power
¡ó Fire and safety systems
¡ó Emergency lighting systems
¡ó Alarm systems
Comparisons Between Lead-acid Batteries and Silicon Power Batteries
Item |
Features |
Lead-acid Batteries |
Guineng Power Batteries |
Results |
1 |
Energy/unitweight |
35-42wh/kg |
45-52wh/kg |
High capacity |
2 |
Degree of Sealing |
Sealed(with a pressure relief value) |
Tightly sealed |
Acid mist/maintenance free and safe |
3 |
Electrolyte |
Sulfuric acid |
Silicate Compounds |
Pollution environment friendliness |
4 |
Regular Charging Time |
4-8h |
2-4h |
Only half of the time is needed. |
5 |
Rapid Charging |
2-3h |
1-2h |
1.5-2 time better |
6 |
Internal Resistance |
>0.5 micro Ohm |
<0.25 micro Ohm |
10 times less when fully charged; 20 times less when fully discharged |
7 |
High current Output |
3-7C |
3-30C |
4.5 times better |
8 |
Lowest End-point Voltage After discharging |
1.8V |
1.2V-1.8V |
0.2v-0.6v less |
9 |
Charging or discharging Memory |
Memory effect at low voltage zone |
No memory effect |
|
10 |
Recovery after discharge |
Relatively poor |
Particularly strong |
|
11 |
Discharging at pulsing load |
Same as steady load |
20% better than steady load |
|
12 |
Storage time without charging |
3-6 months |
1-2years |
2-6 times better |
13 |
low temperature performance |
Output drops dramatically below 0¡ãC |
Functions normally at -50¡ãC |
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14 |
Protective Ambient |
Needs ambient temperature adjustments for some applications |
No need for ambient control between -50¡ãC and +70¡ãC |
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15 |
Degree of Environment Friendliness |
Acid mist and pollution |
No acid mist and total environment friendliness |
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