But how much did you actually add? Sorry I didn't make a note from the video, but for a 500km journey at low speeds you would need what, 50% additional charge? Spread over three sessions.
Also you were charging from a 50kW charger. Nissan showed a Leaf hitting 100kW a while back. This issue is only going to be worse on higher speed chargers.
If it's anything like the 40 it's due to the ambient temperature. The system isn't that clever, it just seems to look at the pack temperature and the ambient and then pick a low charge rate based on that.
It is in the case of the Leaf. At 100 kph and upwards it gets much worse energy consumption than other similar size EVs like the Niro and Kona. It's just not a very aerodynamic shape, and the drivetrain isn't very optimized for those kinds of speeds either.
Remember that it's a fairly old platform now, basically the same as the original 2010 model. With the rapid development of EV tech it's really showing its age.
I agree. I think we can rely on Bjorn to give us some hard data and a proper test, although Norway is rather cold even in the summer.