Given the 30 kW seems to heat up faster during DC quick charging , I can easily generate 8 bars of temp after two successive fast charge sequences
What I never see during normal driving , is any reduction in temp bars even with under 60 mph driving , but sometimes I only see it after switching...
its still not clear, what I mean is that if you could find a bigger DC charger for the leaf, surely the BMS limits the max charge current to a value that Nissan have decided in the maximum.
I design with Lithiums, no one allowed uncontrolled mac power charging of Lithiums, unlike lead acid...
Does anyone have a handle on the Nissan Leaf DC charge cycle,
what is the max allowable constant current phase power allowable, i.e. what proportion of C is Nissan allowing
do they actually taper the power in the CC phase for safety ?
what cell voltage do they transition from CC full...
you do realise the contradiction in what you said
(a ) it will taper back the current when it reaches the same voltage as the smaller battery it just takes longer to get there at the same current because it's a larger batter
(b ) but because it's charging at the higher rate for longer it...
The charging strategy could be either. I notice on another thread , it's claimed the Nissan have move the CC/CV transistion further up the curve for the 30 kW battery. However I doubt that , given the safety orientated aspects of nissans charging strategy. ( and the lack of slope of voltage...
That university paper you refer is , is incredibly flawed. Not only does it pull assumptions for the air , it arrives at incorrect conclusions. Quite frankly it's a typical post grad master thesis and very poor to boot. It just not a good reference
Remember the internal resistance of a...