Current EV owners: are you sticking with full-EV or switching to EREV Harvester Scout?

[RMK!]

I laugh and get irritated at the same time when I still see people posting max range when we all know that is not attainable. EVERYTHING we read about all EVs is the 80% charge point. Meaning at 350 max for the Scout, then the realistic daily chargeable distance is only 280 miles. So lets talk about real world terms. I find the 80% myth ridiculous! I charge my iPhone overnight to 100% and it works just fine the next day. And I do this EVWRY single night, so why not in an EV?

Your must be getting biased anti BEV information from your information sources. As a 5 year owner of multiple Tesla's the range is much better than 80% of projected unless you live somewhere with very cold weather and even then, 80% would be a worst case scenario.

It's very similar to ICE in that a very heavy right foot or climbing mountains costs you range mileage. If you drive near the speed limit in town and on the highways Tesla's deliver on their mileage claims. As for battery degradation, my 2018 Model X with 56K miles still delivers 90% + of the original battery capacity and most of that range loss was in the first 30K miles.

Many owners Report 90% useable battery capacity at well over 100K miles. I have a friend who has 220,000 mile's on his 2013 Tesla Model S and he still getting 88% of the original battery capacity. Considering that the battery chemistry and software management keeps getting better, the future looks very bright for BEV's.

 

[Mr._Bill]

Charging to 100% on a regular basis is not a problem. What is hard on the EV batteries is sitting for extended periods of time near 100% or below 20% especially in high temperatures.

My Nissan Leaf shows about a 9% reduction in range, on a full charge, with a seven year old battery pack. It sits most of the time at 80% and gets charged to 100% the night before longer trips.

 

[RMK!]

Charging to 100% on a regular basis is not a problem. What is hard on the EV batteries is sitting for extended periods of time near 100% or below 20% especially in high temperatures.

My Nissan Leaf shows about a 9% reduction in range, on a full charge, with a seven year old battery pack. It sits most of the time at 80% and gets charged to 100% the night before longer trips.

Good points. The wife and I have a 240V Tesla wall charger in the garage that we share when needed. This charger adds 40 MPH of range. We also have two of the 120V chargers that we plug in almost every day. I've read info from Tesla that says keeping the vehicles plugged into low voltage power helps the Battery Management System (BMS) to do it's job of regulating battery temperature and individual battery cell health which leads to better battery performance and longevity.

These types of large complex battery systems contain new technologies and the information changes frequently. I find the FUD stories about BEV's generated to slow BEV adoption very frustrating. They are dishonest acts of desperation from a powerful but threatened energy sector and ICE vehicle related industries.

 

[KSA63]

I drive for work. Sometimes up to 400kM a day. My current vehicle is a Volvo XC40 Recharge (Full EV) that gets about 300 to 320 kM on a 90% charge in Spring, Summer and Fall with winter losing about 20%. This year I have used a DCFC only once for about 15 minutes. All other charging has been done at home using an Emporia Wall box at 240V and 38 Amps. It charges in 6 to 8 hours easily at excellent off peak energy rates.
I have little to no range anxiety and will definitely be getting an EV only Terra.

 

[jefrank]

The Scout would likely end up as my wife's primary and she isn't the type to deal with range anxiety in a good way. I'll still be driving my Lightning, most likely.

 

[MC242x]

BEV for me. I have a 2024 EV6 that I leased as an experiment for owning an entirely electric vehicle, and it definitely convinced me I don't need gas.

 

[rivianwho]

Yes, but the Harvester option has a smaller battery, and the engine kicks in at 150 miles, meaning that if one gets Harvester, it will be used alot with the smaller battery. I wish they offered the full size battery and Harvester, but there's not room for it . . . And it would be pricey. Harvester design means that on trips over 150 miles, it will always be a partial gas vehicle . . . Begging the question, Why get electric at all? With a home charger and short trips, it's a battery car . . . But a typical (for me) 180 mile round trip day will always require the gas engine to work, unless I find a charger on a 100 mile trip . . . That's pretty inconvenient!

I'm confused. Why would an BEV with a 350 mile range be a problem for a 180 mile daily

I laugh and get irritated at the same time when I still see people posting max range when we all know that is not attainable. EVERYTHING we read about all EVs is the 80% charge point. Meaning at 350 max for the Scout, then the realistic daily chargeable distance is only 280 miles. So lets talk about real world terms. I find the 80% myth ridiculous! I charge my iPhone overnight to 100% and it works just fine the next day. And I do this EVWRY single night, so why not in an EV?

EV max range depends on MANY factors (e. g. wheel size, tire tread, drive mode, ride height, temperature, driver, etc.) not relevant to other devices that use lithium batteries which is an apples to donuts argument.

First of all your iPhone and/or MacBook battery pack is not based upon a 409V or 800V architecture; however, I do have a couple 10+ year old laptops whose batteries won't hold a charge now so have to be plugged in to use them. It's CHEMISTRY not an opinion!

Also, charging an EV with a NMC chemistry is fine as long as you don't let it sit for a long time afterwards before driving it which affects the longevity of the battery pack and degradation.

That said, LFP based battery packs can be charged to 100% daily without the same degradation concerns.

Regardless, I charge my Rivian R1S nightly to 80% which gives me an estimated 235 miles in sport mode, lowest ride height, max brake Regen which leaves me with 120+ miles from my daily commute which is plenty.

So I have no range anxiety for a Scout BEV that claims 350 max miles.

 

[RC616]

Yes and no. My wife drove Chevy Volts which use the Harvester gas generator method and as her commuter car +/- 25 miles a day she loved her Volts (she had 3 of em). Once she had not added fuel for a full year and the Volt made her drive on gas to empty the tank before she could resume electric only use. The Volt did require oil changes and were in for service related issues several times but overall much better than ICE vehicles.

I originally ordered the Harvester (day after reveal) believing that is was 350 base BEV range for both and another 150 EREV. The 150 mile BEV range for the Harvester was a no go for me.

I was hoping it would be 250 range electric and basically a full charge via generator for another 250 miles for the total of 500 mile ideal range. My Tesla has 360 mile full charge (ideal) which works for most days. But 150 mile will not be adequate for me.