Friends:
I'm not sure how you ventilate a space and at the same time vent it. If
you are to insulate, then you must have an active venting system that can
open and commence venting promptly and reliably at the first possibility of
hydrogen gas emission.
Being from a temperate climate, this has not ben an issue for me, but for
those of you in more extreme climates, how do you handle this conundrum?
William Miller
At 02:10 PM 12/11/2010, you wrote:
At 08:25 -0800 11/12/10, Joel Davidson wrote:
I recommend insulation. In general, operating temperature is very
important. Batteries last longer if kept cool. However, a battery below
60 degrees F (15.5 C) has reduced capacity. Temperatures above 77 F (25
C) increase capacity only slightly but they significantly reduce battery
life. Batteries operating regularly above 85 F (29.4 C) lose have their
operating life.
Joel Davidson
OK so you recommend insulation to keep them cool? For me, insulation is
more likely to result in higher temperatures in summer. In winter, an
insulated space is obviously ideal for performance depending on the kind
of winter (which seems to be a variable these days). In summer,
insulation directly on the battery seems unlikely to keep them cool. On
charge they will definitely need a temperature sensor and will be likely
to get hotter than ambient if insulated.
--
Hugh Piggott
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