Sure, when the next electric car rolls onto a neighborhood block already filled with electric cars or a transit agency plans to roll out half dozen electric buses at the depot, the local utility may need to upgrade a local transformer or add extra distribution wires. But do not doubt this: there is currently enough power generation and transmission currently to serve the increase in charging load from EV purchases in the next few years, particularly if they are charged at times when other demands for power are less (such as overnight) or at times of high renewable energy generation.
I’ll say it again because the fossil fuel disinformation machine wants you to believe otherwise: there is enough power generation and transmission on our current electric grid to charge all the electric vehicles being purchased over the next few years.
There's enough power generation and transmission on our current electric grid to charge all the EVs purchased over the next few years.
blog.ucsusa.org
And I'll say it again too! But with FACTS not guesses!!!
Today right today the total electricity generated by 11,070 utility-scale electric power plants generate per power plant is
4,165,030,000,000 kWh-- Total electricity generated in USA in 2021 or
per plant generated 376,244,806 kWh 1 year.
U.S. annual electricity generation and generation capacity by fuel/energy sources and definitions of important electricity terms.
www.eia.gov
Now that is a FACT.
At a rate of 0.346 kWh per mile, with just 10% of cars/trucks averaging total of 4,748,035,776,000 miles per year..
that works out to 13,722,646,751,445 kWh MORE than the current production of 4.165 Trillion!
Average Electric Car kWh Per Mile [Results From 231 EVs]
Again your article had this gigantic CAVEAT!!!
The grid is well-equipped to supply energy to EVs at current adoption levels.
I’ll say it again because the fossil fuel
disinformation machine wants you to believe otherwise: there is enough power generation and transmission on our current electric grid to charge all the electric vehicles
being purchased over the next few years.
And that is a correct statement!
BUT the author said this:
Will the grid be able to handle all of the electric vehicles we will have in the future?
"Yes, if we prepare well."
BUT the projections of sales of EVs is as follows:
20.6 million in 2025.
EV sales will continue to rise sharply until 2025 as policy pressure grows, more car models arrive, and consumer interest rises.
electrek.co
OK... 20,600,000 NEW EVs all using 0.346 kWh per mile, and averaging USA drivers, driving 29 miles per day or in one
year 7 days a week 52 weeks is 217,453,600,000 divided by 0.346 kWh/mile or 628,478,612,717 kWh.
Just these NEW EVs and NO Trucks by the way add 15% to the TOTAL USA generated 4,165,030,000,000 kWh!
Now the above article ONLY talked about CARS! There was NO projection as to Trucks!
SO I did some research that the above DIDN"T evidently do!
The Electric Truck Market was valued at 101,499 units in 2022 and is projected to reach 1,067,985 units by 2030, at a CAGR of 34.2% from 2022 to 2030.
www.marketsandmarkets.com
This article project 1,413,694 trucks by 2030.
If fuel energy for the engine is considered, the battery and fuel energy consumption in the PHEVs is 4.3 kWh/mile
Battery capacity and recharging needs for electric buses in city transit service (Journal Article) | DOE PAGES
So 1,413,694 EV trucks traveling on average per year:
Approximately 3.2 trillion miles are driven in the United States each year by 37,900,000 trucks or 84,433 miles/year
1,413,694 EV trucks averaging 84,433 miles or 119,362,026,385 miles per year by these new EV trucks.
OR total kWh required at 4.3 kWh is 27,758,610,787 kWh needed just for these 1,413,694 EV trucks.
To replace the 37,900,000 trucks with EV trucks in 10 years would by selling 3.7 million trucks per year for just 10 years or by 2032 would be then 744,188,534,883 kWh or 18% of current electricity generated! And that's just Trucks!
So tell me again if we
"Yes, if we prepare well."
And WHEN all cars/trucks are converted to EVs... Where will we get the additional 13,722,646,751,445 kWh of electricity?
4,574 nuclear power plants cost: $32,019,509,086,705
solar panels? 400,619,860,055 at costs of making, distributing installing, buying land $80,596,409,179,677
21,219,07 Wind turbines: total cost...$84,918,721,659,885