Ok what place is Florida?Also Florida has more people than NY
Ok what place is Florida?Also Florida has more people than NY
Funny enough you didn’t bring up Alaska in your original post. Lol. Moving the goal posts. Classic.In reality even though they get the largest dollar amount if broken out by population than they are receiving the lowest per resident. Where as Alaska which is bigger than Texas in size but 3rd lowest population, their residents benefit by 3x more than a Texan in terms of infrastructure dollars. So not really rocket science but it is simple math.
The whole state of Florida has more people than the state of NYOk what place is Florida?
As @CryHavoc stated earlier reading is fundamental or as I like to say reading comprehension can be hard. I didn't bring up Alaska since I was talking total overall dollar amount. Feel free to read again, I will wait. Okay, so you see the post about Alaska is based on your comment on population and, that the more people aquiates to the largest package. Followed by a snide comment about rocket science. I provided details that actually a state that is larger than texas is getting more money if you broke it down by population. Not moving goal post but provided data to the conversation and providing context to your statement.Funny enough you didn’t bring up Alaska in your original post. Lol. Moving the goal posts. Classic.
Might need to pump a bit more of that sweet LNG to run all the (non-carbon emitting) EVs.natural gas lines to the power stations
Constraint is less scale in the first instance but access to the renewable energy input required to achieve carbon neutrality.Most of the conversations these days surround fully electric verse hydrogen, but I think that one of the most interesting and promising technologies being developed, are the E-fuels like what Porsche is developing. Chemically identical to regular gasoline yet carbon neutral in a controlled environment (excluding transportation, etc.). It’s incredibly expensive on a price per gallon basis, but given that it’s a new technology, I have hope that they will be able to expand manufacturing facilities, growing the scale and lowering the cost (Moore’s Law).
Texas leads the nation in renewable sources. I know that will shock some dimwits here.Might need to pump a bit more of that sweet LNG to run all the (non-carbon emitting) EVs.
Could be worse - we burn coal to do the same…
Keep up the good work. You might want to examine it as a percentage of total energy produced.Texas leads the nation in renewable sources. I know that will shock some dimwits here.
l’ll come in as a neutral here. Texas generates 26% of its electricity from renewables, this doesn’t even make the top 15 states, see linkTexas leads the nation in renewable sources. I know that will shock some dimwits here.
Didn't realize that Australia was such a big LNG eporter.Might need to pump a bit more of that sweet LNG to run all the (non-carbon emitting) EVs.
Could be worse - we burn coal to do the same…
Our Volvo recharge runs off hydro and wind electricity. So we sleep well at night. We do of course burn wood in winter , wood I have cut using a ICE chainsaw because an electric one just doesn't cut the mustard.Well, this took a turn for the wurst. To be fair I am fine with EV, Partial EV and ICE. One way to dispel the mythos around EVs is to read this article by Volvo.
It is a very candid look at the whole industry related to the manufacture of cars.
For the lazy, this sums up the article:
Volvo Cars – Carbon footprint report – Battery electric XC40 Recharge and the XC40 ICE6
Key Findings
• The XC40 Recharge has a lower total Carbon Footprint than the XC40 ICE for all the
analysed electricity mixes.
• The Carbon Footprint of a XC40 ICE is 58 tonnes CO 2 e, while the footprint for the XC40
Recharge is 27–54 tonnes CO2 e. The reason for the variation in the XC40 Recharge result is
due to different electricity mixes with varying carbon intensity in the use phase.
• When considering GHG emissions from the materials production and refining phase,
producing an XC40 Recharge and its battery pack results in roughly 70 per cent more
carbon emissions than producing an XC40 ICE.
• The production of the XC40 Recharge Li-ion battery has a relatively large Carbon Footprint
and constitutes 10–30 per cent of the total Carbon Footprint, depending on the
electricitymix in the use phase.
• Choice of methodology, for example inclusion of carbon emissions for scrap, has a
significant impact on the total Carbon Footprint. Care should be taken when comparing
results from this report with results from other vehicle manufacturers’ Carbon Footprints.
Break-even (km)
XC40 Recharge, Global Electricity Mix/XC40 ICE = 146 000
XC40 Recharge, EU28 Electricity Mix/XC40 ICE = 84 000
XC40 Recharge, Wind Electricity/XC40 ICE = 47 000
I keep my cars well into the 150K range.
This was written 2020 before China and other developing nations brought online 6 coal plants.
Oh come on. We are not talking about the Ineos Hindenburg as the next modelHelium for me. Never get bogegd!
I am with you but I am concerned what the fuel prices in 2030 will be. I am in favour for a worldwide CO2 tax but in Germany they will choose to tax us higher and higher in the next years to save the climate on our own… no matter whether other nations will join the idea…When in Europe the cars will only be produced in an electric version, so I think in 2035, I will order my second INEOS DIESEL in 2030 (in this phantastic red with a white roof an alloy-alu-wheels) - and hope I´ll get it delivered until 2034.
Helium is inert so that helps avoid trouble , and is good for a funny voice.Oh come on. We are not talking about the Ineos Hindenburg as the next model…
(larger chainsaw or smaller jar of mustard?)Our Volvo recharge runs off hydro and wind electricity. So we sleep well at night. We do of course burn wood in winter , wood I have cut using a ICE chainsaw because an electric one just doesn't cut the mustard.
So again , I will enter heaven one day and be led directly to the hotter than hell room set aside for planet criminals. See you all there
Yep, there are camping families all over Australia this weekend burning enough firewood in campfires to completely negate the benefits of that Telsa they bought two years ago.(larger chainsaw or smaller jar of mustard?)
Saturday morning math estimates a 1 ton trailer worth of firewood equates to ~35,000km of a typical cars worth of particulate emissions. Getting to a rational place on this stuff while keeping the population on side is a policymakers’ nightmare.