4WD
$50 site donor 2025
Or not when solar becomes too much of the mix - and it’s changing constantly …On the contrary, everyone is trying to add capacity, mostly due to AI. EVs charge at night when surplus power is available.
Or not when solar becomes too much of the mix - and it’s changing constantly …On the contrary, everyone is trying to add capacity, mostly due to AI. EVs charge at night when surplus power is available.
No one wants to face this truth. So they bury it to the public.1.4% of cars are now EV’s. Plug 14% into the current grid and see how that works out for you. No one is adding capacity. Maybe we can fire up those mothballed coal fired. Of course then we need more transmission.
Yeah, I find the timing off for LNG exports when AI is about to go through the roof. Every GW of green must have backup - often GTG - now that is the same plan AI has in many cases …Yes I could have been more specific. We haven’t increased electricity production in 30 years. Our big issue is overall electricity production - for AI, for industrial reshoring if we’re going to do that. And for EV if we’re going to do that. Sounds like a big lift.
Also the only short term fix is likely natural gas. Gas is virtually free currently because we have more than we can use. That price will change when we start using it. Europe pays 6X more for nat gas than we do.
When I recoup the upfront investment, what will the cost be?
They already have this in Europe.You would have to put EV charging on some sort of transmitted smart charge system based on capacity and demand, which no one is even talking about let alone doing.
Yes. But no one is doing it here.They already have this in Europe.
https://www.ford.ie/support/how-tos/electric-vehicles/home-charging/what-is-dynamic-charging
Do you know how expensive hydrogen is? It's already dead on arrival.Hopefully they aren't looking past hydrogen.
Someone please name some smashing Ford success in the last 40 years?
The Maverick originally looked great and then they pulled a Ford and only offered the higher end trims. The Bronco had some initial success but never came close to the JL which has been around since 2018. If they were ever going to have a chance that was it, only one competitor with an old product.
Ford - milking the F-series for 3 generations.
I owned a couple of the 300/6. All mine came with the NP 4 speed. That engine came out in 1965 - along with the 240 - well outside my 40 year window.Easy.
Ford f100 with 300 cubic inch i6 with 3 on the tree and a 2bbl carb.
What I like to tell people is that hydrogen is the big lie.If you can show me the future in that as stations close down, I'm all ears. It's power intensive to produce, difficult to keep contained, and expensive to fuel. You might be interested to read the issues people have had fueling Toyota Mirais. The stations use staging tanks to raise the pressure to fully fuel vehicles and busy stations sometimes don't retain enough pressure to get a full tank.
With a miniscule fraction of the performance. And around town, it would definitely go farther than the Model T even in cold weather.I certainly wish Ford the best; I’ve owned more Fords than any other brand over the years, but… the Model T went further on a tank of gas than the standard-range Mach-E would go on a full charge in winter.
Who said training investments are not required for new ICE models either?Cadillac and Buick are legacy companies. Their idea of going all EV is going to send future customers elsewhere. Many high volume GM dealers have dropped Buick and Cadillac because they do not want to invest in the training or infrastructure.
Buick and Cadillac have the two oldest buying groups by brand. Lexus is a close 3rd. Those brands are dyeing out, just like Olds and Pontiac did long ago. There are too many brands.Who said training investments are not required for new ICE models either?
I wonder what it costs to get a Cadillac franchise. Anyway...
I said free nights, because that's how the plan is billed. I don't pay for what I use at night. The tradeoff is a much higher daytime rate. But I also don't use power during the daytime. The cost is all in the upfront investment. It was $22,500 w/ the tax credit. I was spending $3,800 on power annually, plus another $3,800 on gas. So my annual savings is ~$7,200. MB31 LFP has 8,000 cycles. Panels are warrantied for 87% at 25 years. My average price per kWh was 1.3 cents on my last bill. There's a flat $10 for the plan, plus I sometimes exceed my hardware's rating and there's small constant draw from the grid.Since you bragged about it being "free", show us how you came up with that.
Lots of ways to compute the cost, from simple to complex.
Assuming you charge solely from a paid off array and not the grid, it could be whatever the installed cost of the battery is / the amount of cycles its expected to live.
I said free nights, because that's how the plan is billed. I don't pay for what I use at night. The tradeoff is a much higher daytime rate. But I also don't use power during the daytime. The cost is all in the upfront investment. It was $22,500 w/ the tax credit. I was spending $3,800 on power annually, plus another $3,800 on gas. So my annual savings is ~$7,200. MB31 LFP has 8,000 cycles. Panels are warrantied for 87% at 25 years. My average price per kWh was 1.3 cents on my last bill. There's a flat $10 for the plan, plus I sometimes exceed my hardware's rating and there's small constant draw from the grid.
Sol-ark 15k, 24 jinko 425, and 45 kWh of 300+ ah LFP cells in a pack I built using a DIY kit. TXU is the provider.Sounds close to my setup.
Curious, what power company are you working with and what'd you get for the 30K(ish) upfront- panel/ inverter/ battery wise.
Sol-ark 15k, 24 jinko 425, and 45 kWh of 300+ ah LFP cells in a pack I built using a DIY kit. TXU is the provider.