My Kona is at Hyundai for the Battery update...

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How long did the Service update take to be applied? I am scheduled to take mine in on July 1st - had planned to wait for it. Unless this is going to take hours to do. Thanks
I dropped mine off at noon and they called me 2:30 pm that it was done..
 
Not sure... I just got my car back.. The software version shows unchanged and I can no longer get into engineering mode..
Firmware and Software still show 2018 dates.. Not sure if there would be anything that changed in engineering mode but I can't seem to get back into it anymore..
Report from Europe on password to enter engineering mode after update - the # is 2900 (still need to press the 5 taps right and 1 tap left of update)
 
Report from Europe on password to enter engineering mode after update - the # is 2900 (still need to press the 5 taps right and 1 tap left of update)

I didn't need a password. After 50 tries, I finally got into the engineering mode..
The engineering mode really doesn't seem to have any battery related information.. It's probably mostly for the infotainment system and system checks.
I believe that motor and battery management can't be affected with the engineering mode.
 
And how did the guy actually manage to learn that? Are dealer techs where he
is substantially less cagey than in the US?

_H*
 
And how did the guy actually manage to learn that? Are dealer techs where he
is substantially less cagey than in the US?

_H*

@hobbit ,

Are you asking me that question? If so I'm in the UK and trying to get anything out of HMUK is near impossible, and even our UK dealers aren't informed about why they're doing some of the service campaigns!

I love Americans, though, because your agencies force businesses's to be far more open, and a quick look at the link I posted shows that this TSB was posted on the NHTSA.gov web site.

John.
 
And how did the guy actually manage to learn that? Are dealer techs where he
is substantially less cagey than in the US?

_H*
Nope, he just actually trialed through the 4 digit permutations, 0001, 0002, etc
 
Looks like I'll test my charge curve after the update today.. I'm at 56% and I'm leaving on a 100 mile trip... That should get me down to under 20% when I'll get to the EA charger.. (60 miles to the beach and 40 miles from the beach to the EA charger). I will first try with the Standard price plan and if that puts me in the 58 cents/kwh category, I'll stop and change the plan to the Hyundai select plan and re-start the charge
 
You could be the first to provide a graph as well, kW by SoC. Log the parameters in Torque Pro and graph in Excel. I gather it's fair to assume that the battery temp at start of charging will be over 25°C.
 
You could be the first to provide a graph as well, kW by SoC. Log the parameters in Torque Pro and graph in Excel. I gather it's fair to assume that the battery temp at start of charging will be over 25°C.
i have no idea how to record the data for a graph with torque pro.. i may be able to manually record the changes in charging speed
 
i have no idea how to record the data for a graph with torque pro.. i may be able to manually record the changes in charging speed

From the home screen, lower right - select "Graphing" :D. I have never used it however, so I can't say much more than this.
 
i have no idea how to record the data for a graph with torque pro.. i may be able to manually record the changes in charging speed
Well, even manual graphing gets the job done, so it's no big deal. Best to graph power by SoC rather than time.

In a nutshell this is what you would do to log using the Torque Pro app:
1. Main settings, data logging and upload, select what to log, select the '3 dot' symbol, Select what to log, 000_Battery power and 000_State of Charge Display.
Add anything else you want and "OK".
2. Set checkboxes: Log when Torque starts, Only when OBD connected, Rotate Logfiles and Format log values all checked. All others unchecked.

3. Once ready to go at the charger, just plug in the dongle and enter the TP dashboard, keeping the device (phone) 'on' for the duration. It should indicate "logging started". If you miss that, you can also verify it starting by entering the dashboard settings menu. You will see there is an item "stop logging", an indication that it is already logging.
4. Once done, exit the dashboard. That leaves you with a data file stored on the phone.

When convenient you can export that data, specified as a CSV file, via email or cloud service. Graphing in Excel is for another day ...
 
Charging was kind of disappointing .
Tried with the regular plan it it charged me .58 per minute, so I switched to Hyundai plan.
Started at 12% at 72kw but soon dropped to 66kw and stayed 66 to 69kw until 54%, then dropped to 44kw to 48kw where it stayed until 75%.. dropped to 35kw at 76% and to 24kw at 78%
I stopped charging when it dropped to 24kw..

20200625_214239.webp
 
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Well, even manual graphing gets the job done, so it's no big deal. Best to graph power by SoC rather than time.

In a nutshell this is what you would do to log using the Torque Pro app:
1. Main settings, data logging and upload, select what to log, select the '3 dot' symbol, Select what to log, 000_Battery power and 000_State of Charge Display.
Add anything else you want and "OK".
2. Set checkboxes: Log when Torque starts, Only when OBD connected, Rotate Logfiles and Format log values all checked. All others unchecked.

3. Once ready to go at the charger, just plug in the dongle and enter the TP dashboard, keeping the device (phone) 'on' for the duration. It should indicate "logging started". If you miss that, you can also verify it starting by entering the dashboard settings menu. You will see there is an item "stop logging", an indication that it is already logging.
4. Once done, exit the dashboard. That leaves you with a data file stored on the phone.

When convenient you can export that data, specified as a CSV file, via email or cloud service. Graphing in Excel is for another day ...
saw this too late.. started charging the same time that you posted this..
 
From stageshoot over at SpeakEVs we have a similar test on an Ionity 150kW posted today with a very warm battery, 34°C ending at 46°C. At risk of raining on his parade, here are his numbers in summary (left column) compared with yours (right column):

12% to 60% 71Kw+ --------- 12% to 54% 66-72kW
60% to 76% 56Kw ---------- 54% to 75% 44-48kW
76% to 80% 36Kw ---------- 75% to 78% 35kW, 78% 24kW
 
From stageshoot over at SpeakEVs we have a similar test on an Ionity 150kW posted today with a very warm battery, 34°C ending at 46°C. At risk of raining on his parade, here are his numbers in summary (left column) compared with yours (right column):

12% to 60% 71Kw+ --------- 12% to 54% 66-72kW
60% to 76% 56Kw ---------- 54% to 75% 44-48kW
76% to 80% 36Kw ---------- 75% to 78% 35kW, 78% 24kW
TMS was on most of my session.. Florida is hot.. I also drove fast before I got there to run down the battery for more data..
 
Charging was kind of disappointing .
Tried with the regular plan it it charged me .58 per minute, so I switched to Hyundai plan.
Started at 12% at 72kw but soon dropped to 66kw and stayed 66 to 69kw until 54%, then dropped to 44kw to 48kw where it stayed until 75%.. dropped to 35kw at 76% and to 24kw at 78%
I stopped charging when it dropped to 24kw..

View attachment 8662
A little too much to ask for on this update, I guess. Thanks for trying. Just have to hope competition will help sway in our favor:(
 
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