Energy source | Billion kWh | Share of total |
---|---|---|
Total - all sources | 4,108 | |
Fossil fuels (total) | 2,508 | 61.0% |
Natural gas | 1,579 | 38.4% |
Coal | 898 | 21.9% |
Petroleum (total) | 19 | 0.5% |
Petroleum liquids | 12 | 0.3% |
Petroleum coke | 8 | 0.2% |
Other gases3 | 11 | 0.3% |
Nuclear | 778 | 18.9% |
Renewables (total) | 815 | 19.8% |
Wind | 378 | 9.2% |
Hydropower | 252 | 6.1% |
Solar (total) | 115 | 2.8% |
Photovoltaic | 112 | 2.7% |
Solar thermal | 3 | 0.1% |
Biomass (total) | 54 | 1.3% |
Wood | 36 | 0.9% |
Landfill gas | 9 | 0.2% |
Municipal solid waste (biogenic) | 6 | 0.1% |
Other biomass waste | 2 | 0.1% |
Geothermal | 16 | 0.4% |
Pumped storage hydropower4 | -5 | -0.1% |
Other sources5 | 12 | 0.3% |
I as well as most people want American and other countries around the world to invest in Clean, and safe Nuclear fusion power plants. They have come a long way with it But theirs no money in nuclear power plants for businesses who are making billions off of wind mills, solar panels, wave generators, electric batteries etc. Won't allow it.My hunch is that the guy who wrote that article has some sort of political bias against EV cars.
Here's what I found on the breakdown of the source of energy in the US. Seems like we're getting closer and closer to cleaner power and more infrastructure comes online.
Energy source Billion kWh Share of total Total - all sources 4,108 Fossil fuels (total) 2,508 61.0% Natural gas 1,579 38.4% Coal 898 21.9% Petroleum (total) 19 0.5% Petroleum liquids 12 0.3% Petroleum coke 8 0.2% Other gases3 11 0.3% Nuclear 778 18.9% Renewables (total) 815 19.8% Wind 378 9.2% Hydropower 252 6.1% Solar (total) 115 2.8% Photovoltaic 112 2.7% Solar thermal 3 0.1% Biomass (total) 54 1.3% Wood 36 0.9% Landfill gas 9 0.2% Municipal solid waste (biogenic) 6 0.1% Other biomass waste 2 0.1% Geothermal 16 0.4% Pumped storage hydropower4 -5 -0.1% Other sources5 12 0.3%
If you use the average cost at an EE or other public charging station, then yeah, it's comparable. But if you charge at your home, it's not even close. EV wins by a mile on cost to run.
Fusion power is still science fiction outside of a lab. Did you mean fission? The renewable industry isn't quite that powerful. Many of the companies are not US based either. However, the cost is a big component to large reactors. If you don't have government spending to do it, then convincing a private company to agree to fund a plant with a 15 yr ROI is not easy assuming they even want to be in the business at all.I as well as most people want American and other countries around the world to invest in Clean, and safe Nuclear fusion power plants. They have come a long way with it But theirs no money in nuclear power plants for businesses who are making billions off of wind mills, solar panels, wave generators, electric batteries etc. Won't allow it.
While I agree it's not very green to just build hundreds of millions more things to replace existing ones, the math isn't as simple as just adding up the total theoretical peak demand. Most people do not drive 100 miles per day, so their energy usage won't be nearly that high. There's also the factor of the tradeoffs of phasing out gas cars and their requisite logistical network. It takes a lot of diesel to deliver gas to customers, as well as a lot of electricity to pump and refine crude out of the ground. Refineries do use a lot of their base stock waste to create their own electricity to not completely rely on the main grid, but it's still a sizable amount. While refineries won't just close with a lack of gas cars (too many other useful byproducts), the energy demands of the oil network will still be diminished significantly.Fusion power is still science fiction outside of a lab. Did you mean fission? The renewable industry isn't quite that powerful. Many of the companies are not US based either. However, the cost is a big component to large reactors. If you don't have government spending to do it, then convincing a private company to agree to fund a plant with a 15 yr ROI is not easy assuming they even want to be in the business at all.
That being said, the main hurdles to Nuclear in the US are public perception (a result of many years ) and refining capacity. We can't actually refine enough Uranium to make it viable at the scale we need to it be for now.
Regarding EVs, a very quick though experiment can show the insanity of trying to actually mandate EVs. It will help filter the BS out of public statements very quickly.
As stated in this thread, 100mi of EV usage is about 30kWh. There are just under 300million registered cars on the road during a normal day.
If you convert that to EVs, that is 9 TWh of generation JUST for EVs. The current US generating capacity is estimated at 4.12 TWh and we don't even use all of it since we have to have margin for emergencies.
So JUST the EV mandate alone, would require the US to double energy generation in just 10 years (if you actually buy into the 2035 EV hilarity).
Not to mentioned, the insane environmental impact from all the mining and production needed to make them AND doubling the infrastructure.
Buy EVs for performance. Not to be "green".
All depends where you are. Our KWH rate in New England is $.18-.23/KWH. It's less cost to commute in my 40mpg Corolla than an EV will ever match. I can go 430 miles without having to plug it in as well. So about 8 days of commuting. We have 5-6 months of winter as well. Couple the energy demand and continuing rising costs of electricity, people have been trading in their EV's for gasoline vehicles again.The math is off for the EV.
My model 3 performance gets about 3.4 miles per kilowatt. 100/3.4 is 29.4kw. Electricity is between .09 and .11 at my house. At the high end it would be $3.23 per 100 miles low end $2.64
Hate them all you want but don’t spread fud
Can you cite your source? I'm curious about a few things here. There's a couple of things that look a bit odd.My hunch is that the guy who wrote that article has some sort of political bias against EV cars.
Here's what I found on the breakdown of the source of energy in the US. Seems like we're getting closer and closer to cleaner power and more infrastructure comes online.
Energy source Billion kWh Share of total Total - all sources 4,108 Fossil fuels (total) 2,508 61.0% Natural gas 1,579 38.4% Coal 898 21.9% Petroleum (total) 19 0.5% Petroleum liquids 12 0.3% Petroleum coke 8 0.2% Other gases3 11 0.3% Nuclear 778 18.9% Renewables (total) 815 19.8% Wind 378 9.2% Hydropower 252 6.1% Solar (total) 115 2.8% Photovoltaic 112 2.7% Solar thermal 3 0.1% Biomass (total) 54 1.3% Wood 36 0.9% Landfill gas 9 0.2% Municipal solid waste (biogenic) 6 0.1% Other biomass waste 2 0.1% Geothermal 16 0.4% Pumped storage hydropower4 -5 -0.1% Other sources5 12 0.3%
Can you cite your source? I'm curious about a few things here. There's a couple of things that look a bit odd.
Thanks.