This afternoon, I opened my app to check on the Model 3's charge status. I noticed it wasn't updating and hadn't updated since before 7am, about 9 hours earlier. I went out to the car and it was completely "dead." By that I mean unresponsive with no lights or activity. Tesla was originally sending a flatbed, but because we can't get inside to put it into tow mode, we both agreed waiting for a Ranger to come on Monday would be a better option.
A quick video demonstrating what it looks like:
[[ Mod note: edited title based on OPs request to remove the term 'bricked' which caused a lot of debate. All that was known was that the car wouldn't power up, but what went wrong hasn't been determined (yet). ]]
[[ Mod note: if you want to 'cut to the chase' and skip forward we eventually got this message from MarkS22:
"Update 2:
I'm able to discuss a little more without speculating. The latest is that a firmware error was the primary contributing factor that stopped the 12V from charging as designed. A new firmware, which fixes the issue I experienced, was loaded onto the car. This appears to have remedied the error. They replaced the 12V battery (as a precaution since it was fully drained) with a brand new one and have been monitoring its charge. As of now, it's holding a charge as expected. Since I'm not in a hurry, I did say it wouldn't be a problem to keep the car over the weekend to ensure the the 12V battery behaves as expected over a longer time frame. (They'll let it sit there and monitor the charge.)
So, while it was unfortunate that it happened to me, I think it also highlights the power of the ability to rapidly update firmware in the field. In theory, this update will prevent all future cars from having the same issue." ]]
Sorry to hear about your trouble MarkS22.
As far as I know the only cars that have been 'bricked' have been the high voltage battery with the original Roadster, due to not having the car plugged in sufficiently in very cold weather - something that is actually quite rare, and doesn't occur often if at all with later Tesla models.
Your High-Voltage battery charger appears to be working - the question is why did the computer systems shut down the HV/LV dc-converter (the 'alternator replacement'). You would have thought this 'simple' issue would be easily addressed and its a wonder that it hadn't been caught in 'pre-testing' of the vehicle generally. Of course, the simplest way to implement this function WOULD have been a relay which turns on the HV voltage to the converter whenever the car was either 'ignition on' (so to speak) OR when it sensed the HV battery was being charged. That way, the thing would just intrinsically work.
One thing that was a bit disconcerting with the 2011 Roadster's system is that the meager dc/dc converter did not have a built in 'current limit' as all car charging systems ( 6 volt and later 12 volt) have had since the Late 1920's. They compensated for that by having the computer disconnect the accessory jack, turn off the vacuum (power brake) pump and turn off the cabin fan whenever heavy loads such as the Anti-lock brake pulser motor had to run. The somewhat faulty thinking there was, if the 12 volt motorcycle battery was either discharged or developed a dead cell, the battery would drain electricity the computer wasn't aware of - a problem 'semi sovled' by monitoring the battery (current) lead on my Volt and Bolt. But all of that 'excessive concern' could have been addressed by simply having the dc/dc converter be current limited (as cars always have been for almost 100 years), and the thing would just work - no computer assistance needed. In that case, the temporary deficiency would simply be met by the battery, and it would go back to being trickle charged presently.