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Nice, they will be testing mine next week~
It's charging at 32A/212V at 28km/hr. The meter said 29km, and it will take 14 hrs 20 mins to charge it. I do not know what level he set it to... Std or Max Range.
Hey, go around the streets of Hong Kong in this P85 model S, until it is near empty, and make sure you have enough to reach the customer for charging testing. Then take 15 hours rest, come back and do it again, for a different customers charging station.
Be aware that the km/hr charge rate is a session average. Every other number on the dashboard is an instantaneous number, but for some (stupid, in my opinion) reason they give a session average on the km/hr rate. Since the amperage ramps slowly at the beginning, the km/hr rate won't be accurate until you have been charging for 5-10 minutes.
FWIW, the Tesla can also display Chinese (e.g. songs names in chinese)
Looks like charger testing has begun in HK. My friend installed the charger two days ago and today he has a PMS85+ parked at his apartment building testing the charger.
It is currently set to 32A
View attachment 49141
The km/hr displayed on the dash is instantaneous calculated by the voltage and amperage that get fed to the MS. If you have long wires, you may experience voltage drop; or if you share a transformer with your neighbor and your neighbor turns on their AC; your voltage may drop too. If the voltage is dropped, your kW/hr will drop and hence your kw/hr will drop.
My apology of not making my comments clear. The calculation is based on a lot of factors such as outside temperature, temperature of the pack, etc. in additions to the voltage and amperage. My observations in charging my P85 is that the voltage do change frequently (by minute) during charging. I agree that it takes an average of amps times voltage over the period of time. However, if the voltage keeps changing, the km/hr gets change as it is in the equation.Why do you say the km/hr figure is instantaneous? It is actually a charging session average. So yes, it changes frequently, but it isn't a simple amps times voltage calculation. It is taking an average of amps times voltage over the period of time since charging began. The voltage and amps numbers are instantaneous.