snowds
Well-known member
Started the day with a full charge (not range extended) and 70 miles on the GOM (guess o' meter). Drove 67 miles, half on highway at 65 mph, the rest in stop and go city traffic. Temperature is 90 degrees, so have the AC running. Average miles/Kwh is 3.1 for the day. Battery is now at 27% charge, which at 3.1 m/kwh should be about 22 miles remaining, for a total of 89 miles on this standard charge (the GOM is saying 18 miles remaining, which is not accurate-hence the name Guess O' Meter). Something I learned a while ago driving the Leaf is that the GOM is not useful. It's much more useful to use your m/kwh and % remaining to get your range.
Another lesson from the Leaf is to try to minimize or eliminate recuperative coasting, and only enter recuperation mode when necessary for braking (which necessitates greater following distances and better planning for lights, etc). In the BED, this is accomplished by using the D+ mode. The theory is that anytime one is recuperating energy from speed, there are losses involved as the electricity flows back into the battery, but aerodynamic slowing is free. I've never seen this tested in a well-controlled experiment, but 3.1 m/kwh is the best I've gotten in the BED, by far (up to today, I've been using Dauto).
Stephen
Another lesson from the Leaf is to try to minimize or eliminate recuperative coasting, and only enter recuperation mode when necessary for braking (which necessitates greater following distances and better planning for lights, etc). In the BED, this is accomplished by using the D+ mode. The theory is that anytime one is recuperating energy from speed, there are losses involved as the electricity flows back into the battery, but aerodynamic slowing is free. I've never seen this tested in a well-controlled experiment, but 3.1 m/kwh is the best I've gotten in the BED, by far (up to today, I've been using Dauto).
Stephen