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- Dec 11, 2021
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- Lucid air grand touring
Another thousand miles, so another update from me…
6000 miles = 4.818 miles/kWh
Excuse my French , but holy shit!!!
Another thousand miles, so another update from me…
6000 miles = 4.818 miles/kWh
10,900 miles overall average 3.3Another thousand miles, so another update from me…
6000 miles = 4.818 miles/kWh
Rain really kills range. I didn’t know this either until I experienced it.Today was the worst average I've ever got on a road trip of about 240 miles. I averaged only 2.7 kWH. Factors for consideration -- it was raining the entire round trip. Temperature averaged 52 degrees. My mph was 62 to 73 in Highway Assist plus a 35 minute traffic jam.
I stunned at only a 2.7 kWh average.
On 19” at correct PSI? I’ve done much better than that in extreme rain plus traffic jam.Today was the worst average I've ever got on a road trip of about 240 miles. I averaged only 2.7 kWH. Factors for consideration -- it was raining the entire round trip. Temperature averaged 52 degrees. My mph was 62 to 73 in Highway Assist plus a 35 minute traffic jam.
I stunned at only a 2.7 kWh average.
No, 21's at 44-45 psi.On 19” at correct PSI? I’ve done much better than that in extreme rain plus traffic jam.
How? Just how? I have never even come close to 4.0 for a full charge and I drive in smooth mode all the time!Another thousand miles, so another update from me…
6000 miles = 4.818 miles/kWh
"Break in" usually applies to the batteries... it's well-known in "battery circles" that all solid-chemistry batteries take a number of low to high cycling before they reach their full capacity. Some flooded battery manufacturers also recommend several deep-cycling events to bring the battery to full performance.That does seem a little “off” if this is over flat roads and no/little wind.
I have never heard of a “break-in” period with an EV before. A little strange
I think it's important to remember that the faster you go, your CD is squared. Also deserts are notorious for windy conditions which also increase drag.Recently I drove from Ukiah CA to Point Arena. The 50 miles of road between the two towns is a series of steep climbs and descents. Because I was concerned about my SOC—the Chargepoint station in Ukiah had malfunctioned—and I wanted to get back to SF without charging, I drove slowly 35-40mph, pulling over many times to let others pass. I was surprised to find that I had averaged 5.1 mi/kWh for that stretch. In contrast, when driving across the Nevada desert I often end up with 2 kWh for the sections where I drive 90+ mph.
The lifetime average of my car is 3.6 for 15,500 mi. The majority of my driving is around town and on the highway driving at speeds of 70-80mph.
Me too. The best I've hit on any drive of substance is 3.7 with most trips around 3.4-3.5 on 19" tires. However, I do have a heavy foot.How? Just how? I have never even come close to 4.0 for a full charge and I drive in smooth mode all the time!
Another thousand miles, so another update from me…
6000 miles = 4.818 miles/kWh
What car do you have? Dream or AGT?Another thousand miles, so another update from me…
6000 miles = 4.818 miles/kWh
What car do you have? Dream or AGT?
Those are ridiculous numbers, what's your average speed? Bravo!
I’m driving 55-65 mph on highways, and probably averaging in the 40s in the city. A couple of hills here and there, but mostly flat; and temp is SoCal so not extremes.How fast is your average speed? Are you driving on flat roads mostly? What temperature are you driving in?
Touring, and thanks! 55-65 on highways, and probably 40s on surface streets.What car do you have? Dream or AGT?
Those are ridiculous numbers, what's your average speed? Bravo!
I’m driving 55-65 mph on highways, and probably averaging in the 40s in the city. A couple of hills here and there, but mostly flat; and temp is SoCal so not extremes.