What does DOD stand for?

and said zinc anode has a gel expansion of less than 25% after being discharged for 161 minutes to 15% depth of discharge at 2.

The colder temperatures also play a factor in the depth of discharge of the battery bank," Eppley added.

Initial testing of this Nautilus E30 demonstrated a range of over 150 miles on a single charge under unloaded conditions at 80% depth of discharge.

Axion believes its e3 Supercells may offer a cost-effective alternative to conventional lead-acid batteries that will: --Charge three to five times faster; --Offer three to four times as many charge/discharge cycles in deep discharge applications; --Withstand repetitive 90% depth of discharge without significant loss of performance; and --Require minimal maintenance.

Axion believes its e3 Supercells may offer a cost-effective alternative to conventional lead-acid batteries that will: --Charge three to five times faster; --Offer three to four times as many charge/discharge cycles in deep discharge applications; --Withstand repetitive 90% depth of discharge without significant loss of performance; and --Require minimal maintenance.

Axion believes its e3 Supercells may offer a cost-effective alternative to conventional lead-acid batteries that will: --Charge three to five times faster; --Offer three to four times as many charge/discharge cycles in deep discharge applications; --Withstand repetitive 90% depth of discharge without significant loss of performance; and --Require minimal maintenance.

Axion believes its e3 Supercells may offer a cost-effective alternative to conventional lead-acid batteries that will: --Charge three to five times faster; --Offer three to four times as many charge/discharge cycles in deep discharge applications; --Withstand repetitive 90% depth of discharge without significant loss of performance; and --Require minimal maintenance.

Axion believes its e3 Supercells may offer a cost-effective alternative to conventional lead-acid batteries that will: E[acute accent]--Charge three to five times faster; E[acute accent]--Offer three to four times as many charge/discharge cycles in deep discharge applications; E[acute accent]--Withstand repetitive 90% depth of discharge without significant loss of performance; and E[acute accent]--Require minimal maintenance.