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Yes. We are learning about park etiquette on charging as well. We first thought that if we were at a 50 amp site, we could use both the 30 amp hookup for the trailer and the 50 amp for the car (with the 14-50 Tesla adaptor) but soon realized that this overloaded the circuitry of the hookup. We have now taken to charging the car first, hooking up the shore power to the trailer later to run it overnight (because it is needed to run my CPAP machine), and finishing up charging the car in the morning if needed. I hope to be an old pro at the trailer scene by the time we finish our next trip.Are you charging at RV parks?
There are several screens showing energy usage. My major takeaway thus far is that speed kills. The slower we drive (we tried 45 mph, 50 mph, 55 mph) and our energy usage increased immensely with higher speed. This seems to bear out the numbers we have seen from the folks crossing Canada with their trailer (teslaxcanada.com)
Unfortunately for data purposes, I was not systematic about the screens and the driving speeds. Silke and Rolf at teslaxcanada.com have been more systematic on their trip across Canada with their trailer. They have some specifics at FAQ. They also did a test at various speeds in the driving rain with a stiff headwind and their results are on one of the videos. I will be testing on a more systematic basis on our next trip. Stay tuned.Can you let us know what speeds you were driving on the different energy usage screens? And how much it increased as you went from 45 to 50 to 55?
It would be nice if Tesla subcontracted someone to make a trailer with a built in Tesla battery. It could double the usable range and you could charge both by backing the trailer into a single SC spot. It could also power the features of the trailer of course.
Yes. We are learning about park etiquette on charging as well. We first thought that if we were at a 50 amp site, we could use both the 30 amp hookup for the trailer and the 50 amp for the car (with the 14-50 Tesla adaptor) but soon realized that this overloaded the circuitry of the hookup. We have now taken to charging the car first, hooking up the shore power to the trailer later to run it overnight (because it is needed to run my CPAP machine), and finishing up charging the car in the morning if needed.
This is Illijana. Great idea! We'll try it. If the overall amps on the circuit is the issue, it should work.Rather than do this plug/unplug dance, why not keave the car plugged in all night, but just turn down the amps from 40 to 20 or 30. That should be fine unless your RV has the A/C running.
Darn it, I was going to say that! Unfortunately the battery would add considerably to the trailer's price. Maybe a few years down the road if the Gigafactory makes it, we'll see battery prices drop enough for this to happen. Hope so!It would be nice if Tesla subcontracted someone to make a trailer with a built in Tesla battery. It could double the usable range and you could charge both by backing the trailer into a single SC spot. It could also power the features of the trailer of course.
From personal experience and at the rv campsite I was in, both the 30 amp and 50 amp were accessible together if you draw the 50 amp to 32 amp. Our Airstream a/c was running at the same time.Yes. We are learning about park etiquette on charging as well. We first thought that if we were at a 50 amp site, we could use both the 30 amp hookup for the trailer and the 50 amp for the car (with the 14-50 Tesla adaptor) but soon realized that this overloaded the circuitry of the hookup. We have now taken to charging the car first, hooking up the shore power to the trailer later to run it overnight (because it is needed to run my CPAP machine), and finishing up charging the car in the morning if needed. I hope to be an old pro at the trailer scene by the time we finish our next trip.
This charging at the campsite means we could travel 225-250 miles a day if we wanted to (in coordination with superchargers), but we aren't really interested in traveling that far generally, on a daily basis. It certainly could be done though by those who want to.
Check out Rolf and Silke who are traveling across Canada at this moment, pulling a Safari Condo Alto trailer with their P90D at Promoting Sustainable Energy & TransportationDefinitely gonna follow your progress and adventures with the Bambi. I love, love Airstreams, but the weight is just too much. Even when we had our VW Touareg TDI, we were hesitant.
Here's a great alternative, but it definitely looks like something to consider in the future...
Safari Condo
A little less than 1600 lbs and under $26k, but for 3-4 occupants only. I wonder if my S90D could pull this off...
I've been vocal for years saying that this is a dumb idea (what do I know, anyway) for various reasons like added weight, additional heating/cooling, structural requirements for safety (in an accident), cost, etc.. I've always said that it would be much more simple/easier/cheaper to include more batteries in the existing enclosure than have two separate ones.It would be nice if Tesla subcontracted someone to make a trailer with a built in Tesla battery. It could double the usable range and you could charge both by backing the trailer into a single SC spot. It could also power the features of the trailer of course.
We will! First leg is 113 miles to Gold Beach, Oregon. If I don't think we will make it with the initial charge, we will charge in Brookings, OR. I'm hoping to make it in one charge. It is unfortunate for us that the new supercharger in Crescent City, CA is not quite ready yet, but it will be very soon. There is a Chademo charger available in Brookings though, and I'm hoping to use the new supercharger in Lincoln City, OR in the next week if it is available.Agreed, I don't have FB either so please keep posting on TMC.