Your going to have to really explain that one. If I recall the sole purpose of a charging system is to charge, the battery. Of which my battery has always been fully charged. Considering that's all I expect the charging system to do, what does how well matter? A full battery that isn't dead and cranks long and fast with a headlight that's on is a full battery that isn't dead and cranks long and fast with a headlight that's on. I could care less how or why it got that way.
I mean you can try to pitch me all the parts and labor that do nothing but take money out of my wallet and riding time away from my season, but I don't fix things that aren't broke. No amount of numbers, math, logic, debate, studies, evaluation, or anything you can conjure up can convince me that my battery isn't fully charged when the meter shows 12.8v before I take the bike out in the morning.
If we are truly going to go into the full, throughly evalute for signs of performance not equivalent to new and replace parts if found to make performance on par with new then you need to replace every part of your bike. Not because it's broken and needs repair, but because it's not on par with new as far as tests are concerned and it won't last as long as a new part.
Personally, I'd rather ride but if you sleep better working on the bike when you could be riding then go for it.
Think about what decay is and how it is a natural part of physical processes as we know them. In general decay is irreversible and therefore monotonically increasing. To be anything else would be "self healing"; Do you think you charging system is "self-healing" ? Well if not it is on the slippery slope of decay.
The only cure for decay is maintenance(external healing as opposed to self healing). Optimally maintenance efficieny(maintenance which induces the maximum time between maintenance) is maintenance that maximizes the system performance (as designed). It gives the system the most tolerance to cumulative decay.
To a large extent, design modification to minimize system sensitivity to decay has the same practical value as maintenance. They both maximize the time between maintenance and so while one maximizes the system performance within the constraints of the design, and the other maximizes the performance with respect to decay they both go hand in hand to maximize time to maintenance.
The various recommendations for GS Charging Health fall into one of the other of these categories. There is a slipper slope it is the rate of cummultive decay. The frequency with which failures occur is is evidence enough of the slope. Everyones is different, depending upon environmental, usage, and as built manufacturing factors. Engineering principles will easily substantiate these facts.
However, the assumption that the decay slope is the result of an ergodic is not without peril. :-\\\ I can find no basis for you to take such a position.
Here is another guy that just likes to ride......................
http://www.thegsresources.com/_forum/showthread.php?t=222818
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