I know you guys know this stuff, but I had to review Ohms Law again.
If I look at voltage as the "push", depending on the battery(s) aH
rating, appliance draws, wire gauge etc., a charger capable of a
higher voltage output to push Amps into the battery, would be more
beneficial?

Also, a comment over on thesamba makes sense. Roughly quoting here:

"an appliance cycling on/off (like a fridge) may confuse or mess up
the automatic or intelligent aspect of an intelligent charger"

I can see this and I bet it depends on the charger.  Like at one
extreme, an old school charger supplying a steady output would
maintain a battery and power appliances, Amp draw notwithstanding. It
would not be "confused" by on/off cycling of loads but as we know,
would not be optimal especially for an AGM battery.

But I know far less than most on electrical matters so take that with
a grain of salt.    ;)

Neil.

On Sat, Aug 3, 2013 at 10:00 AM, Steve Williams <sbw@sbw.org> wrote:

> My 8-amp ProSport charger does get my battery up to the proper
> voltage during the charge cycle, but the question is whether 8 amps
> is enough to get the voltage up that high quickly enough to keep the
> battery optimally healthy, especially when it's deeply discharged.

--
Neil n

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