He aprofitat aquest cap de setmana per a fer controlar quin procés de recàrrega segueix una vectrix.
El fil del debat es pot seguir a Visforvoltage, en
http://visforvoltage.org/forum/7494-vectrixs-recharging-process-add-yours#commen...Aquí estan les fotografies del procés (he posat coments en anglés de Visforvoltage):
Status before charging:

Cooling delay of 1:30h (CO). It wa cancelled after 1h of cooling.

Charging progress at 12-10 A for around 2:45h (CP)

Then a transition delay of 15 minutes (TR), followed by the second charging phase: completing charge of around 1h(CC)

After the charging is complete, It starts the first cooling (CO). It lasts 1:06h, with two parts:
1- Cooling for 1h
2- Recharge at 10A for 6 minutes

After the first cooling, it starts the equalitzation, which lasts 4 hours. In contains 5 parts:
charging at 3 A - delay - charging at 3 A - delay - finally charging again at 3 A.
My voltage reached here 149V...

When the equalization is finished, the second cooling phase (CO) kicks in. It lasts another 1:06 hours, with another two periods:
1- Cooling for 1h
2- Recharge at 10 A for 6 minutes. This recharge was programed for 6 minutes, but for some reason the system decided to turn off the charging before, despite there was 3:52 minutes remaining in the countdown. In the last image the nail is falling down.

Pictures from immediately after finishing charging + equalizing, and from some hours later. Voltage drops from 147v to 142V...
10:16 hours of charging+equalizing + 1 h of previous cooling, totalling 11:16h

En resum:
Before charging, optional.
Nh cooling delay __________(CO)
Charging
2:45h charging at 12-10 A (CP)
0:15 min of transition ____(TR)
1:00h charging at 3 A ____(CC)
The battery now is full.
Aditionally the bike in this case decided to perform an equalization:
1:06h of cooling __________(CO)
4:00h equalizing __________(EO)
1:06 of cooling. __________(CO)
I'm posting here an XLSX file containing all data. Feel free to use it, I hope it might be of some use to anybody.