Originally Posted by
drm2blv The battery will need some conditioning, usually about a weeks worth of charging / discharging will help improve the lifespan of the battery.
For signal issues - not sure if you have read about it, but flipping the SIM card in the device appears to help steady the 3G signal. I did this before putting my battery in for the first time, and it has been great since.
What is the best cycling pattern?
I often get asked by the readers, "how deep can a battery be discharged and still achieve maximum service life?" There are no definite answers. Batteries are like us humans. Suppose we ate all the vegetables our mother heaped on our plates and do our daily exercise, would we life longer? Perhaps. But by how much, no one will know. Batteries lose capacity as part of aging, cycling and exposure to heat. Nickel-cadmium also loses capacity due to lack of exercise because of memory.
To maximize service life, satellite batteries are kept at a cool temperature and undergo a very shallow discharge of only 10% before recharge. Nickel-based batteries in space also receive a periodic full discharge. This regime allows ten of thousands of cycles. Closer to earth, the ideal charge/discharge patterns cannot be scheduled; neither is the temperature always perfect. As a result, a replacement will be required sooner or later.
If possible,
do not discharge lithium-based batteries too deeply. Instead, recharge more often. Allow a nickel-cadmium battery to fully discharge once every 30 cycles or so. This also applies to nickel-metal-hydride but to a lesser extent. Exact data as to how often a nickel-based battery should be discharged is not available. Neither do we know low long a lithium-ion will last under different depth-of-discharge regimes. Manufacturers typically specify lithium-ion at an 80% depth-of-discharge.