Written by Administrator
Sunday, 10 October 2010 20:15
Characteristics
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Zinc-air batteries, which provide electrical power through the electrochemical oxidation of zinc by atmospheric oxygen, are known for their lightweight, low cost, and inherent safety.
Zinc-air primary batteries:
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Electrochemistry similar to Alkaline Manganese thus has similar safety and environmental properties
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MnO2 is replaced by oxygen from the atmosphere
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Higher energy density
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Can be considered "Half fuel cell"
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Features
Our zinc-air high power battery line was developed in response to the U.S. Army’s need for lightweight, low cost battlefield power for the dismounted soldier.
We achieved our main goal to double the specific energy of the BA-5590 at a reduced operating cost, and at the same time minimize the environmental impact of spent batteries. These batteries can provide substantial cost savings when deployed for longer missions, even for applications that are not man-portable.
The zinc-air battery is inherently safe in storage, transportation, use and disposal. Danger of fire and explosion is significantly lower than in any other battery technology. Non-hazardous Zinc-air batteries have no special care or handling requirements.
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Benefits
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Mission Time Comparisons
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| 5-9 Days for 119 B & F (SINCGARS & ASIP) |
vs 24 hours for BA-5590/U |
| 4-6 Days for SATCOM/HF |
vs > 24 hours for BA-5590/U |
| 18-20 Hours for Javelin CLU |
vs 4 hours for BA-5590/U |
| 30-40 Hours for RHC or Toughbook |
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2 Days for the M-22 ACADA
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vs 8 hours for BA-5590/U
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Military applications
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- Communications
Range Finders
- Javelin NightScopes
- SAWE MILES
(Simulated Ariel Weapons Effects Multiple Integrated Laser Engagement Systems)
- GPS
- Sudolites
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- Sensors
- ACADA
(Automatic Chemical Agent Alarm)
- UAV
- Dragon Eye (Marines)
- Desert Hawk (AF)
- Pointer (Special Ops)
- SOFLAM
(Special Operations Forces Laser Assisted Missile)
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Last Updated ( Tuesday, 14 December 2010 13:59 )