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My family and I got stranded Friday night waiting 5 hours for my new Ariya to charge.

I’m writing this on Sunday after a failed ski trip. A year after I reserved it, my Ariya finally arrived on Friday of last week. A month ago, we booked a ski trip to Stowe, VT for this weekend. We left for our trip on Friday - 2 days ago and 1 week after getting my new Ariya. This coincided with an arctic blast that hit the Northeastern U.S. this weekend.

We left from Fairfield County, CT around 4:30 PM. I had charged the Ariya in my garage so it had a full charge and showed a range of 223 miles (359 km). The car had shown a range of 289 miles (465 km) when I rolled off the dealer’s lot exactly 1 week earlier. After driving the battery down and recharging it during the week, the range dropped to 223 miles (359 km), which is what it was showing when we left.

I researched charging stations for the trip and identified a charger in Greenfield, MA, near the VT border, that was 131 miles (211 km) from our starting point and 159 miles (256 km) from our destination. It's also located next to an Applebees we frequently stop at on our ski trips. There is a charger at the hotel we had booked, so this one charger should have been all we needed.

We arrived at the charger around 7:00 PM. The car should have had about 92 miles (148 km) remaining. In fact, the battery was down to less than 20 miles (32 km) / 9% remaining. We did have the heat set to 72F (22C) for the ride. The seat heaters were off. I dropped my family off at Applebees and went to charge the car.

The CCS fast charger was occupied when I arrived, so I plugged into a level 2 charger. According to the thermometer on the Ariya’s dash, the outside temperature was 1F (-17C).

After about 15 minutes the CCS fast charger became available and I moved my car to that charger. This is a 120 kw charger. The Ariya initially estimated 1 hour and 46 minutes to fully charge.

I returned to the Applebees and informed my ex-wife about the charge time. She has one of the first Tesla Model 3s and told me that charge time was comparable to her experience in cold weather. We were prepared to sit in the Applebees for the full time.

After a few minutes, the estimated charge time increased to 5 hours 6 minutes! Now we had a problem.

My ex-wife asked if I pre-conditioned the battery. “Pre-what!?!” I didn’t know to do that.

At first we hoped this was just a blip and that at the time would come down to something more reasonable. When that didn’t happen, I called Nissan for advice/help, but that wasn’t useful.

After finishing dinner and having no better solutions, we got a room at a hotel nearby. At this point, the car had charged for about 90 minutes. I got my family settled into our room at the hotel, put on ski clothes and drove the car back to the charger and plugged in again. It now showed about 3 hours and 30 minutes remaining. I walked back to the Days Inn. It was now around 9:45 PM.

Around 12:30 AM, charging finally completed and I walked back to the car. The stated range was now 170 miles (274 km) - a significant drop! The outside temperature as reported on the car dash was -8F (-22C).

Back at the hotel, while I was waiting for the car to charge, I researched Ariya charging in cold weather. I didn’t see any tests done in this extreme cold, only a few reviews done at a few degrees below freezing. I found only a couple of references to heating the battery and none that recommended how much time before charging the heater should be activated. I wish I had known about this before we left. I also found these references in the operator manual:

Page EV-2
Do not store the vehicle in temperatures below −13°F (−25°C) for over seven days.
Page EV-3
If the outside temperature is −13°F (−25°C) or less, the Li-ion battery may freeze and it cannot be charged or provide power to drive the vehicle. Move the vehicle to a warm location.

The outside temperature came within 5 degrees of the freezing point for the Li-ion battery!

The next morning, the car still showed fully charged with a range of 170 miles (274 km). We decided not to push on to Stowe and returned home instead. The car operated as expected except for the reduced range. We arrived with 9% charge remaining. The outside temperature was 1F (-17C) when we left, and was around 12F (-11C) when we arrived home.

I charged from the garage to 31 miles (50 km) / 18% with the battery heater on. I then drove with the battery heater on to an EVGO charger that was about 30 minutes away and recharged there. The arctic blast was letting up at this point and the outside temperature had risen to 17F (-8C). There was 9% battery and 21 miles remaining when I plugged in. This was a 50 kw station. The car estimated 2 hours exactly to reach full charge. This estimate remained consistent through out the charging session.

After an hour, EVGO ended the session, I guess, to keep me from hogging the charger. I had the information I needed, so I returned home and charged the car in my garage overnight. This morning, the car showed fully charged and 171 miles (275 km) of range. The outside temperature was around 35F (2C) when I checked this morning and is in the mid-40s (~4-5C) now.

A couple of observations:

1. The need to heat the battery should be made obvious to every driver! The switch for the battery heater is buried in the UI. Even when you get to the right page, it’s the last setting in the list - and the only setting you have to scroll to see.

Burying an option that can keep your driver and passengers from getting stranded in dangerously cold weather is negligent.

The onboard computer knows the outside temperature. I’m sure it knows the actual battery temperature too. An alert should come up advising the driver to heat the battery 30 minutes before charging due to cold weather - and the switch to do so should be easy to get to while driving.

2. Roadside Assistance should be better trained on the kinds of issues facing EV drivers. Granted this was my first time calling Roadside Assistance, so maybe I misunderstand its purpose.

A couple of questions:

1. Will the range on my car’s battery return? I ordered the Evolve+ trim specifically for the larger range.

2. Could the cold have damaged the battery? Should I bring the car in for service?

3. What else can I do, if anything, to improve charging time in cold weather?

4. Is there a chart on charge times to expect in different temperatures? I'm an avid skier, so I frequently take my car on long trips in winter conditions, often with my children (8 and 10). Granted this arctic blast was colder than usual. But I often go skiing in very cold weather.

5. What can I do to extend the range while driving?
 

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2023 Nissan Ariya Evolve +
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My family and I got stranded Friday night waiting 5 hours for my new Ariya to charge.

I’m writing this on Sunday after a failed ski trip. A year after I reserved it, my Ariya finally arrived on Friday of last week. A month ago, we booked a ski trip to Stowe, VT for this weekend. We left for our trip on Friday - 2 days ago and 1 week after getting my new Ariya. This coincided with an arctic blast that hit the Northeastern U.S. this weekend.

We left from Fairfield County, CT around 4:30 PM. I had charged the Ariya in my garage so it had a full charge and showed a range of 223 miles (359 km). The car had shown a range of 289 miles (465 km) when I rolled off the dealer’s lot exactly 1 week earlier. After driving the battery down and recharging it during the week, the range dropped to 223 miles (359 km), which is what it was showing when we left.

I researched charging stations for the trip and identified a charger in Greenfield, MA, near the VT border, that was 131 miles (211 km) from our starting point and 159 miles (256 km) from our destination. It's also located next to an Applebees we frequently stop at on our ski trips. There is a charger at the hotel we had booked, so this one charger should have been all we needed.

We arrived at the charger around 7:00 PM. The car should have had about 92 miles (148 km) remaining. In fact, the battery was down to less than 20 miles (32 km) / 9% remaining. We did have the heat set to 72F (22C) for the ride. The seat heaters were off. I dropped my family off at Applebees and went to charge the car.

The CCS fast charger was occupied when I arrived, so I plugged into a level 2 charger. According to the thermometer on the Ariya’s dash, the outside temperature was 1F (-17C).

After about 15 minutes the CCS fast charger became available and I moved my car to that charger. This is a 120 kw charger. The Ariya initially estimated 1 hour and 46 minutes to fully charge.

I returned to the Applebees and informed my ex-wife about the charge time. She has one of the first Tesla Model 3s and told me that charge time was comparable to her experience in cold weather. We were prepared to sit in the Applebees for the full time.

After a few minutes, the estimated charge time increased to 5 hours 6 minutes! Now we had a problem.

My ex-wife asked if I pre-conditioned the battery. “Pre-what!?!” I didn’t know to do that.

At first we hoped this was just a blip and that at the time would come down to something more reasonable. When that didn’t happen, I called Nissan for advice/help, but that wasn’t useful.

After finishing dinner and having no better solutions, we got a room at a hotel nearby. At this point, the car had charged for about 90 minutes. I got my family settled into our room at the hotel, put on ski clothes and drove the car back to the charger and plugged in again. It now showed about 3 hours and 30 minutes remaining. I walked back to the Days Inn. It was now around 9:45 PM.

Around 12:30 AM, charging finally completed and I walked back to the car. The stated range was now 170 miles (274 km) - a significant drop! The outside temperature as reported on the car dash was -8F (-22C).

Back at the hotel, while I was waiting for the car to charge, I researched Ariya charging in cold weather. I didn’t see any tests done in this extreme cold, only a few reviews done at a few degrees below freezing. I found only a couple of references to heating the battery and none that recommended how much time before charging the heater should be activated. I wish I had known about this before we left. I also found these references in the operator manual:

Page EV-2
Do not store the vehicle in temperatures below −13°F (−25°C) for over seven days.
Page EV-3
If the outside temperature is −13°F (−25°C) or less, the Li-ion battery may freeze and it cannot be charged or provide power to drive the vehicle. Move the vehicle to a warm location.

The outside temperature came within 5 degrees of the freezing point for the Li-ion battery!

The next morning, the car still showed fully charged with a range of 170 miles (274 km). We decided not to push on to Stowe and returned home instead. The car operated as expected except for the reduced range. We arrived with 9% charge remaining. The outside temperature was 1F (-17C) when we left, and was around 12F (-11C) when we arrived home.

I charged from the garage to 31 miles (50 km) / 18% with the battery heater on. I then drove with the battery heater on to an EVGO charger that was about 30 minutes away and recharged there. The arctic blast was letting up at this point and the outside temperature had risen to 17F (-8C). There was 9% battery and 21 miles remaining when I plugged in. This was a 50 kw station. The car estimated 2 hours exactly to reach full charge. This estimate remained consistent through out the charging session.

After an hour, EVGO ended the session, I guess, to keep me from hogging the charger. I had the information I needed, so I returned home and charged the car in my garage overnight. This morning, the car showed fully charged and 171 miles (275 km) of range. The outside temperature was around 35F (2C) when I checked this morning and is in the mid-40s (~4-5C) now.

A couple of observations:

1. The need to heat the battery should be made obvious to every driver! The switch for the battery heater is buried in the UI. Even when you get to the right page, it’s the last setting in the list - and the only setting you have to scroll to see.

Burying an option that can keep your driver and passengers from getting stranded in dangerously cold weather is negligent.

The onboard computer knows the outside temperature. I’m sure it knows the actual battery temperature too. An alert should come up advising the driver to heat the battery 30 minutes before charging due to cold weather - and the switch to do so should be easy to get to while driving.

2. Roadside Assistance should be better trained on the kinds of issues facing EV drivers. Granted this was my first time calling Roadside Assistance, so maybe I misunderstand its purpose.

A couple of questions:

1. Will the range on my car’s battery return? I ordered the Evolve+ trim specifically for the larger range.

2. Could the cold have damaged the battery? Should I bring the car in for service?

3. What else can I do, if anything, to improve charging time in cold weather?

4. Is there a chart on charge times to expect in different temperatures? I'm an avid skier, so I frequently take my car on long trips in winter conditions, often with my children (8 and 10). Granted this arctic blast was colder than usual. But I often go skiing in very cold weather.

5. What can I do to extend the range while driving?
This YTer is very knowledgeable with charging his Ariya in cold weather. He’s responsive if you post questions.

 

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Just FYI, according to the manual Nissan's heat pump works down to 4 degrees F below freezing. Below that, it will use resistive heating, which is a lot less efficient.
  1. Yes.
  2. Very unlikely. The BMS will prevent damage to the battery by doing things like, as you noticed, charging very slowly when the batteries are cold.
  3. If you know you're going to be fast charging and it's cold, turn on the battery heater ... (thought immediately upon leaving, but not sure when is best...)
  4. Not that I know of in terms of charts, but see #3.
  5. Single biggest thing you can do to extend range: Drive slower. You can also save some range by using ECO mode, and turning off all climate control except the seat heaters. The kids and spouse might not like that though.
 

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Not using the seat heaters will definitely drop your range, that's why everyone asks about seat heater on electric cars. On a gas car, heat is "free" so you can blast it. Range will definitely drop at lower temperatures.
 

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Discussion Starter · #5 ·
I watched Bjorn's video of his arctic circle trip today. He mentioned in the video that the battery heater seems to shut off after 30 minutes. I don't know what he based that on though.

The battery heater will reduce range, so I only want to use it when it's effective.
 

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Discussion Starter · #6 ·
Just FYI, according to the manual Nissan's heat pump works down to 4 degrees F below freezing. Below that, it will use resistive heating, which is a lot less efficient.
  1. Yes.
  2. Very unlikely. The BMS will prevent damage to the battery by doing things like, as you noticed, charging very slowly when the batteries are cold.
  3. If you know you're going to be fast charging and it's cold, turn on the battery heater immediately and just leave it on for the drive. Bjorn's trip the arctic circle showed that this helped quite a lot. (The heater seems to be very slow.)
  4. Not that I know of in terms of charts, but see #3.
  5. Single biggest thing you can do to extend range: Drive slower. You can also save some range by using ECO mode, and turning off all climate control except the seat heaters. The kids and spouse might not like that though.
Thank you for your answers to my questions. It's comforting to expect the car's range to return to normal.
 

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Discussion Starter · #7 ·
Not using the seat heaters will definitely drop your range, that's why everyone asks about seat heater on electric cars. On a gas car, heat is "free" so you can blast it. Range will definitely drop at lower temperatures.
So the seat heaters use less energy than the HVAC system. Good to know. I also saw in Bjorn's videos that the car has defrosting wires built into the windshield. I presume that uses less energy than blasting the windshield with hot air when it gets foggy.
 

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Discussion Starter · #9 ·
I edited #3... I think I had that wrong... (Have to check the manual.)
I didn't find any details about how long to run the battery heater in the manual. I could have missed it though.

The fact that we don't know is why the information should be part of the dashboard's user interface as an alert or something.
 

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So the seat heaters use less energy than the HVAC system. Good to know. I also saw in Bjorn's videos that the car has defrosting wires built into the windshield. I presume that uses less energy than blasting the windshield with hot air when it gets foggy.
I'm not sure North America has that feature, but the reason seat heaters are more efficient is the heat is right on the body not having to warm all the air in the cabin.
 

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I'm not sure North America has that feature, but the reason seat heaters are more efficient is the heat is right on the body not having to warm all the air in the cabin.
Seat and steering wheel heaters in an EV draw their power supply from the 12 volt battery. However there is some draw (although limited by comparison to HVAC operation) ) on the range battery when using seat and steering wheel heat as it helps to maintain the charge on the 12 volt battery.
 

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I'm sorry to hear of your poor experience in the cold, and especially the very slow fast charging. For past EVs I have foun d the Chargeway app to be fairly accurate for estimating range at different outside temperatures and driving speeds. For the Premiere trim, it estimates 145 miles of range at 100% state of charge at 0 F and 65mph, which sounds roughly consistent with your experience. For comparison, the app estimates 265 miles at 70 F and the same speed.
 

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Hmm. I didn't realize the low temperature battery loss was that great. We live in interior of British Columbia Canada with several weeks of minus 15 to 20 Celsius temperatures over winter. This has got me rethinking current battery technology. We normally don't drive long distances in winter.....but upcoming battery technologies may be much better. Why not PHEV for now?
 

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Hmm. I didn't realize the low temperature battery loss was that great. We live in interior of British Columbia Canada with several weeks of minus 15 to 20 Celsius temperatures over winter. This has got me rethinking current battery technology. We normally don't drive long distances in winter.....but upcoming battery technologies may be much better. Why not PHEV for now?
I totally get why you may wonder if Ariya is a good fit for your climate. Unfortunately seems there are alway pluses and minuses to any vehicle, right? If you do end up going the PHEV route just be aware that they all fail miserably when put through the “MooseTest” including the best selling RAV4 Prime. Ariya’s shirt tail relative, the 2023 Mitsubishi Outlander PHEV scores even worse in the Moose Test than the RAV 4 Prime. Several Ytube videos out there available to view on this matter.
 

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Hmm. I didn't realize the low temperature battery loss was that great. We live in interior of British Columbia Canada with several weeks of minus 15 to 20 Celsius temperatures over winter. This has got me rethinking current battery technology. We normally don't drive long distances in winter.....but upcoming battery technologies may be much better. Why not PHEV for now?
Apparently this is what happens in really cold weather.

 

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Hmm. I didn't realize the low temperature battery loss was that great. We live in interior of British Columbia Canada with several weeks of minus 15 to 20 Celsius temperatures over winter. This has got me rethinking current battery technology. We normally don't drive long distances in winter.....but upcoming battery technologies may be much better. Why not PHEV for now?
Yeah, my mother was interested in getting an EV since I'm getting the Ariya. She is located in a cold climate (Northern Rockies) and there is not a lot of charging stations available so it would be easier to get stranded. I've been pushing her to consider a PHEV for now until there are more charging stations and better capacity battery tech out there.
 
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Hmm. I didn't realize the low temperature battery loss was that great. We live in interior of British Columbia Canada with several weeks of minus 15 to 20 Celsius temperatures over winter. This has got me rethinking current battery technology. We normally don't drive long distances in winter.....but upcoming battery technologies may be much better. Why not PHEV for now?
Last week was frigid for us on the prairies and it was the first week with my Ariya. I’d estimate that my range loss in -30C was around 40%, but hard to know for sure. Definitely wasn’t a problem for my day to day, though.
 

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Last week was frigid for us on the prairies and it was the first week with my Ariya. I’d estimate that my range loss in -30C was around 40%, but hard to know for sure. Definitely wasn’t a problem for my day to day, though.
That is good to know ...and real world experience! Thanks for letting me know. Best to know in advance rather than be super disappointed. I'm thinking we will end up with the Ariya and second vehicle PHEV for long trips. Right now we have a Nissan Titan for towing our trailer that gets used as back up second vehicle. At age 72, we are not sure how much trailering is left 😀. Ariya will be our nearly last new car.
 
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