mangoes
05-01-2008, 05:01 PM
Hi,
I just found out that my parent's company may start producing silicon / gel based car batteries. I am just wondering if there is any large interest in them, like, would you buy them? Also, which sizes do you guys think will be popular to the S-chassis crowd and car enthusiasts in general. Thanks!!
Silicone Battery Characteristics:
* Optimized for High Current Discharges
* Reduced Charging Time
* Enhanced Capacity
* Long Battery Life
-last up to > 400 deep cycles
* Minimal Self-Discharge
-extended shelf life 400% of typical average Lead Acid Batteries
* Maintains High Capacity under Low Temperature
-able to hold 70-75% of their total charge under temperatures of - 10
deg.C
* Extended Operating Temperature Range
-Able to withstand and operate under the harshest of environment.
able to operate normally from -50 deg C to +60 deg. C with margins to
spare
* No Memory Effects, and Maintenance Free Sealed Design
* No Acidic Vapors Created, Electrolyte is Environmentally Friendly
* Low Internal Resistance
-Using the silicate compound electrolyte, internal resistance is greatly
reduces. Thus high temperatures do not result form charging and risks
of explosion are eliminated
I just found out that my parent's company may start producing silicon / gel based car batteries. I am just wondering if there is any large interest in them, like, would you buy them? Also, which sizes do you guys think will be popular to the S-chassis crowd and car enthusiasts in general. Thanks!!
Silicone Battery Characteristics:
* Optimized for High Current Discharges
* Reduced Charging Time
* Enhanced Capacity
* Long Battery Life
-last up to > 400 deep cycles
* Minimal Self-Discharge
-extended shelf life 400% of typical average Lead Acid Batteries
* Maintains High Capacity under Low Temperature
-able to hold 70-75% of their total charge under temperatures of - 10
deg.C
* Extended Operating Temperature Range
-Able to withstand and operate under the harshest of environment.
able to operate normally from -50 deg C to +60 deg. C with margins to
spare
* No Memory Effects, and Maintenance Free Sealed Design
* No Acidic Vapors Created, Electrolyte is Environmentally Friendly
* Low Internal Resistance
-Using the silicate compound electrolyte, internal resistance is greatly
reduces. Thus high temperatures do not result form charging and risks
of explosion are eliminated