They will only open the chargeport, nothing else.
And they are somewhat not needed anymore (at least not for me) ever since they added the feature where you can open the charge port by holding down the trunk button on the key fob.
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They will only open the chargeport, nothing else.
I tried searching but I couldn't find much info about these fobs that you're speaking of. What do they do differently from the stock, OEM fobs?
Didn't realise that, they don't work like that in Europe unfortunatelyin addition, all you have to do is touch the most recent charge port doors and they pop open. There really is no need for the fobs anymore.
in addition, all you have to do is touch the most recent charge port doors and they pop open. There really is no need for the fobs anymore.
I stopped by the Dania Beach Service Center to try the first example (before I turned the power amp all the way down). It got everything in the parking area in front and behind the building in addition to everything in the service area and every car in pre-delivery inspection in the adjacent space. It took me twenty minutes to close all the charge doors
I stopped by the Dania Beach Service Center to try the first example (before I turned the power amp all the way down). It got everything in the parking area in front and behind the building in addition to everything in the service area and every car in pre-delivery inspection in the adjacent space. It took me twenty minutes to close all the charge doors
At least since VIN 60k or so the door will auto close after a few minutes
At least since VIN 60k or so the door will auto close after a few minutes
I've concluded that the Tesla "85" kWh pack is actually about 81 kWh...
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I stopped by the Dania Beach Service Center to try the first example (before I turned the power amp all the way down). It got everything in the parking area in front and behind the building in addition to everything in the service area and every car in pre-delivery inspection in the adjacent space. It took me twenty minutes to close all the charge doors
NCR18650B is typically quoted as a "3400mAh" cell (although spec sheet usually says 3350 mAh). Tested discharge at 200mA (4.2V to 2.8V) measures 12.142Wh of energy per cell so 7104 would be 86 kWh.Anyway, using the NCR18650B rating of 3.2Ah @ 3.6V gives us 81.8kWh.
NCR18650B is typically quoted as a "3400mAh" cell (although spec sheet usually says 3350 mAh). Tested discharge at 200mA (4.2V to 2.8V) measures 12.142Wh of energy per cell so 7104 would be 86 kWh.
http://lygte-info.dk/review/batteries2012/Panasonic NCR18650B 3400mAh (Green) UK.html
Originally Tesla announced the cells would be 3.1Ah (which matches NCR18650A).
http://www.engadget.com/2010/04/23/panasonics-3-1ah-batteries-to-be-used-in-the-tesla-model-s-hav/
At 11.047 Wh (actual might be a bit higher as this tested a protected cell and cut off at 2.8V) that is 78.5 kWh. Name plate would be 3.1 Ah * 3.6V * 7104 = 79.3 kWh.
http://lygte-info.dk/review/batteries2012/NCR18650A protected (Green) UK.html
The other factor is that some high capacity LG and Samsung cells use a 4.35V charging voltage, although I don't think any Panasonic cells do.
Personally, I believe when doing the "Max Charge" function on the Ludicrous Mode cars, I believe the cells are getting juiced to a slightly higher voltage. That would be the absolute WORST condition to leave the cells sitting in, but if your doing the "Max Charge" feature, chances are you will be draining it fairly quickly.
Also, the higher voltage would allow slightly more efficient operation at those power draws as well.
i assume you are referring to "max battery power", which simply raises the temperature of the pack.
Yes, I'm sorry, Max Battery Power. Yes, it raises the Temp of the pack, as well as additional charging.i assume you are referring to "max battery power", which simply raises the temperature of the pack.
Just brainstorming here, but if people are working on a Model S CAN BUS reader, are the following events transmitted on the CAN?
Brake Light On/Off
Left & Right Turn signals On/Off
Reverse Light On/Off
Charging Active/Stopped
If so, it might be interesting to marry a simple CAN BUS reader to the Rear Lighted Applique module so the module only needs to tap +12v power and the CAN BUS, and wouldn't require the 4-5 hour install process it needs now. The Applique module already is an Arduino, so maybe that could be used to filter the CAN messages for the few needed to trigger the applique.
Thoughts?