Watch the current on that 1 hour charger. Does it terminate charging based on time or delta V? Either of these factors is critical to knowing whether or not you're shortening the life cycle of your Eneloops by overcharging them. Does your 1 hour charger have a fan? If not it might be a good idea to get one on them while charging. Also, does your 1 hour charger use independent circuits or is the delta V/time determined by an average of two cells in two bays? An easy answer to that question (at least) is will your charger work with only one cell in it? Will it work with only one cell in each bay (one cell in the charger trying each bay consecutively)? If so, it's likely that the charger has independent channels, which is a mark of higher chargers and alleviates the requirement of having two matched batteries charging.
Example: If your charger only works with two batteries in it and you put one that has 90% of a charge and another that has 20% charge in it, the charger (with no independent channels) takes the average of 55% and puts in the equivalent of 45% of a cell's capacity into both! This overcharges the first cell by 35% and leaves your second cell, which started with 20%, with only 65%! Think back to school, 65% is a "D." I want my rechargables to come out of my chargers with an A+!
Of course, for about $30, you could get a Maha C9000 which babies and coaxes energy out of the most tired cells and maintains new ones much longer.
On another note, what's with all of the battery questions in the wrong thread lately? Not that I mind answering them or participating in the conversations, but I got all of my knowledge (limited though it may be) from reading the battery forums. Is it common to just post in the most populated area regardless of which subject your topic is related. If you're not a patient person, just subscribe to the thread and check your email. Also, search is your friend.
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