That's about 469 miles.
ps i should add that the 320 has been with the 80% cap.hmm. we live in low mountains, rural area, windy roads. in the summer, the GOM frequently thinks we could get more than 320. Our home is on a hill, so we don't do that well at the end of a drive. I suppose if we drove straight we could check it out, but we're never going to do that!
Hey, hey, hey there…….My Washington state is well known for its ”bumps” & mountains over 9000 feet high. However, it‘s got lots of flats, too. 🤭I think his speed was like 45 mph in a flat state.
why i mentioned that we live on a hill . . .What the GOM shows and the range you actually get are two different things.
If you’re talking about an overall return trip, this can’t be done due to physics. Even with a hypothetical regenerative brake with 100% efficiency, factors such as drag and rolling resistance make 100% energy recovery impossible. And the actual efficiency of the regenerative braking is about 70%.Can a chevy Bolt driving return from a journey with full battery as a result of the regenerative breaking?
No, that would be a perpetual motion machine, which violates the laws of physics. Regen can only recover around 80% at most, but unless you start your trip at the top of a mountain and end your trip at the bottom, there's no way to have as much or more battery charge than what you start with. You simply don't regen often enough to gain that level of power back. Under most conditions, you're going to travel about 3.5 to 4.5 miles per kWh of battery capacity. There's zero way to return to a starting point without using up some of the battery energyCan a chevy Bolt driving return from a journey with full battery as a result of the regenerative braking?
Yeah, I think this is what the OP actually meant - can the battery be brought to 100% SoC through regeneration only.However, if you went up to the top of a mountain and charged the car fully, then you may be able to return to the starting point with the battery still full if the road is steep enough. I’ve come down from a 2,300-foot mountain to nearly sea level on a 15-mile trip that had zero net power consumption.
I think 300 mi is quite realistic. I remember clocking 4.8 mi/kWh over 100+ miles in the "old" Bolt, so with the new battery - in theory - this should translate into 311 miles. But yes, you do need relatively flat terrain, a feather foot, speeds below 60 mph, warm weather, and AC off.I think I've seen posts here where an owner got 300 miles on one charge. I think his speed was like 45 mph in a flat state.
"Can a chevy Bolt driving return from a journey with full battery as a result of the regenerative breaking?"
There are electric mining trucks that do this. They drive up a mountain empty, fill up with ore, then recharge on the way back down. The higher weight creates more energy than was used going up. So I guess you could drive to the top of a mountain, pick up four hitchhikers, then head back down ...
The chevy Bolt is rated 259 miles for a single charge.
My question is what is the highest real world mileage has a Bolt reached on a single charge?
Can a chevy Bolt driving return from a journey with full battery as a result of the regenerative braking?
I drive exclusively city/suburban traffic, rarely getting over 40MPH, lots of coasting and regen. It's not unusual (new battery) to regularly get almost 6mi/Kwh in nice weather, with a full charge to 372 miles, highest it will read. After up to 27 miles, the GOM starts to drop, equaling 399 miles total. Slight grade changes make a difference. It's hypermiling, left over from olden days with ICE vehicles. This can only be done with a two footed style, with training the right ankle to delicately do the work on the right pedal only. It's also more gentle on the machinery. Worth a try, at least as an experiment.The chevy Bolt is rated 259 miles for a single charge.
My question is what is the highest real world mileage has a Bolt reached on a single charge?
Can a chevy Bolt driving return from a journey with full battery as a result of the regenerative braking?
But if you drive REAL slow and the wind is from the side or rear, conceptually, like a sailboat, this will work. Just be really careful when it comes time to tack.This is like people who have asked me if I could recharge by putting a wind turbine on the roof and spinning it while I drive. No. You lose more in efficiency than you gain in regen. TANSTAAFL.