I was about to go full math mode, thanks for saving me the troubleObviously it depends on the electricity rates in your area and where you charge - home vs. commercial Superchargers or 3rd party chargers.
For me, I rarely road trip, almost all of my driving is around metro Atlanta and my charging is done at home with a Tesla Universal Wall Charger. In my use case, I'm saving a ton on gas, here's a rough breakdown.
First off, energy rates in Georgia are generally low compared nationally. My rates are variable by season, but break down like this:
The Cybertruck has a 123kWh battery, so assuming $0.08/kWh and my lifetime average of 369Wh/mi (FS AWD CT):
- Summer (June-October): 8¢ per kWh for the first 800 kWh, and 8.7¢ per kWh for all over 800 kWh.
- Winter (November-May): 7.8¢ per kWh for the first 400 kWh, 5.5¢ per kWh for the next 700 kWh, and 4.6¢ per kWh for all over 1100 kWh.
An important thing to understand about electric vehicles is how incredibly efficient they are with energy usage. A single gallon of regular gas contains about 33.7kWH of energy. That means a fully charged Cybertruck holds the equivalent of ~3.64 gallons of gas, yet can travel 330 miles on that amount of energy - the equivalent of ~90mpg.
- 20% = 24.6kWh, ~$1.97 worth of energy for 66.6 miles of range
- 80% = 98.4kWh, ~$7.87 worth of energy for 266.6 miles of range
- 100% = 123kWh, ~$9.84 worth of energy for 333.3 miles of range
And for that 90mpg-equivalent vehicle, I have a nearly 6800lb, 600hp truck that goes WAY faster and handles WAY better than it has any right to do.
Your 5 yr old Expedition has a lower cost to operate than your CT? That seems like the math is off.I've had my 2025 AWD for almost 6 months. I use my nearby Supercharger for all "fill-ups", I don't have a home charger. I only fill up to 80% (recommended for daily driving). 100% is only recommended for cross-country. That said, I pay approximately $27 to go from 20% to 80% charge and that requires sitting on the charger for 40-45 minutes.
As far as range, I get approximately 3 miles for every % of battery. This matches the advertised 300 mile range on a full charge.
If I divide my cost by miles driven, I get $0.20/mile. For comparison, our 2016 Prius costs $0.05/mile, our 2020 Ford Expedition 3.5L turbo V-6 costs $0.14/mile (both these are on regular gas) and our V-12 Mercedes costs $0.20/mile on Premium gas.
Hope this helps.
If it costs you $32 to drive 525mi, then it costs you 6c/mile, which is great. A non-hybrid vehicle typically costs ~10c/mi.Hope you all are having a good week and just wondering now after reading a few newer posts, I wonder if anyone knows how much it cost to charge from say 20% to 100% in a Cybertruck. I know electric rates can be a bit different in parts of the U.S. but just wondered how much you are saving over buying gas for the same amount of miles. Also how many miles will you really get on that 100% charge down to 20% (combo hiway/city).
Using my Hybrid Mavrick as a base line. it costs around $30-32 to fill up from when the "E" comes on to full. For that I will get about 525-550 miles after a fill up to full. So I can go from my home in Liberty Hill to Houston (190 Miles) and back and still have 1/4 tank at least and no need to stop between going or coming back. The Mavrick has a 13.8 Gal tank with a 2 Gal reserve still once the "E" comes on so it is not really empty. That is why I ask from 20% for you as I figure that is like my 2.7 gallon reserve.
Enjoy your Cyber and be safe and careful out there. Remember if you are in Austin area and see a Older guy in a Medium Blue Hybrid Mavrick waving to you it may be me. I got no issues with your choice and hope you are truly enjoying each day with it.
Real world data for my 2024 Beast (>10k miles so far) driven in upstate New York, takes roughly 5-6 hours to totally recharge after 250 mile trip (NEMA 14-50 plug, draws 32 Amps max) scheduled during wee hours of each night eating up 45 kWh of juice, at $.17/kWh, costs $7.65 to charge, or better yet go 250 miles vs 250 miles in a 20/25 mpg truck at $3/gallon ($30). You can charge on a regular 110 volt outlet but it would take roughly 9 hours to charge back those 120 miles every night.Hope you all are having a good week and just wondering now after reading a few newer posts, I wonder if anyone knows how much it cost to charge from say 20% to 100% in a Cybertruck. I know electric rates can be a bit different in parts of the U.S. but just wondered how much you are saving over buying gas for the same amount of miles. Also how many miles will you really get on that 100% charge down to 20% (combo hiway/city).
Using my Hybrid Mavrick as a base line. it costs around $30-32 to fill up from when the "E" comes on to full. For that I will get about 525-550 miles after a fill up to full. So I can go from my home in Liberty Hill to Houston (190 Miles) and back and still have 1/4 tank at least and no need to stop between going or coming back. The Mavrick has a 13.8 Gal tank with a 2 Gal reserve still once the "E" comes on so it is not really empty. That is why I ask from 20% for you as I figure that is like my 2.7 gallon reserve.
Enjoy your Cyber and be safe and careful out there. Remember if you are in Austin area and see a Older guy in a Medium Blue Hybrid Mavrick waving to you it may be me. I got no issues with your choice and hope you are truly enjoying each day with it.
As I plan to do a big 6000+mi roadtrip this Winter, I'm always interested in other people's roadtrip experiences. What stuck out to me is you did only ~11 stops to cross the country!?! Wow. I could never do that. I'm too old, my bladder is too small.I drove across the country and back last year with my CB. After calculating the cost for my f350 diesel from the average cost of diesel through the trip that I saw ($3/gal) and low balling my mpg that my truck gets (I estimated 20 mpg when I know I usually get 22-24 for highway driving) I found my CB cost me an extra day of driving one way due to the 11 (as I recall) charging stops (versus 2 or 3 fuel stops for my f350) and $200 more in electric costs from the super chargers versus diesel and def (for the entire round trip). Now that being said, that roughly 7k miles would have use up most of my oil change (7500-10k miles) and that truck has about a 16 quart oil pan. So that would have been about 150 to 250 for an oil change when I got home.
So the cb ended up taking 2 more travel days aka 2 more hotel rooms or about $300 more overall. Superchargers are typically 4 to 12 times as expensive as the electricity I pay for at the house. Even more so if I charge my tesla via the off grid solar system I built with the gas savings for 2 years of driving my model y after I sold my jeep for it (was spending over $600/mo on gas on my jeep to commute and that dropped to about $40/mo for my model y or $60/mo for my CB).
TL;DR: You will generally save a good chunk of cash for commuting unless you are in a state that has very high electrical costs (CA, HI, CT, ETC) but don't expect to save much if any for long distance driving or towing.
That’s about how it works out for ours.80% of the battery would be about 98kWh or a bit under $11 charging at home. That's about 255 miles of driving, a bit over $0.04/mile.
Wow, that's insane. You're paying 5x what I pay in Georgia!Reading all the rates around the country, PGE rates are insane- thank you Gavin and PUC.
PG&E Residential EV Plan (EV2-A)
The EV2-A plan is a time-of-use rate that bundles home and EV charging consumption, designed for customers who can charge during off-peak hours. Rates are per kilowatt-hour (kWh) and vary by season (summer: June–September; winter: October–May) and time of day.
• Peak Hours (4 p.m. – 9 p.m. daily):
• Summer: ~$0.57–$0.62/kWh
• Winter: ~$0.45–$0.50/kWh
• Off-Peak Hours (midnight – 3 p.m., 9 p.m. – midnight):
• Summer: ~$0.34/kWh
• Winter: ~$0.34/kWh
• Partial-Peak Hours (3 p.m. – 4 p.m., 9 p.m. – midnight):
• Summer: ~$0.40–$0.45/kWh
• Winter: ~$0.38–$0.40/kWh