Coal has gone from 32% to 0.
Gas has gone from 40% to 30%
How do you square these numbers with wind being responsible for the amount of gas burned?
31,051 karma · joined March 23, 2009
Coal has gone from 32% to 0.
Gas has gone from 40% to 30%
How do you square these numbers with wind being responsible for the amount of gas burned?
So it apparently doesn't matter what your existing grid is, coal, gas, nuclear, hydro, of whatever mix, the thing you should be building now is mostly solar, wind and (not quite caught on globally but just about to make a very big splash) batteries.
If the water returning to the boiler isn't below 54C then there will be no condensing at all, and the advertised 90%+ efficiency won't happen till the return value is more like 46C.
That translates roughly to max winter temp of 65C leaving the boiler and lower when lesss heating is required.
This can be tweaked by the end user and save 10-20% on heating bills.
Apparently TikTok is "spiritual opium" and they used that to befuddle the man JD Vance called "cultural heroin".
>As of March 2025, the cost of residential solar energy in Australia averaged just AUD $0.90 (USD $0.59) per watt—less than a quarter of the U.S. average.
It's generally attributed to consistent sensible regulation which has created a competitive market and reduced any time wasting paperwork.
Or is more likely a general antipathy to solving beaurocratic problems if it will endanger fossil fuel profits?
Subtly different safety rules by region (or any other type of rule variation) is just a symptom of the latter issue.
Solving a problem like a psychopath might also include lying about the existence of a problem to scare people into putting you in charge. And then not solving it but abusing your position to get rich.
So American companies would develop sodium instead and break this market wide open.
But the Chinese appear to have beat them to it.
This is partly because the US is a richer market with higher end desires but it might mislead people in that geography into thinking that the battery mass manufacturing world moves slowly.
Meanwhile in the storage market it's gone to 90% LFP as the big deployments take advantage of the cost reductions available.
In fact the biggest impediment to sodium being rolled out was continuing reductions in LFP cost which made people less enhusiastic for alternatives.
It appears they've managed to drive costs down even further, prompting its graduation into mass scale manufacture.
Anyone looking into that from a national security standpoint?
This is a good example of the pointless numerology deployed against renewables by people like Smil, because he's doing it to nuclear here.
What does this number mean in real life? Basically nothing. Why is he bringing it up then?. Because it sounds like a low number.
Most of the numbers he uses are used because they sound like a big number. That's the level of debate he's aiming for.
Apart from that oddity, it reinforces my thoughts that degrowthers are fairly rational people except they've fallen for the fossil fuel propaganda generated by people like Smil and then tried to take it seriously.
I'm not familiar with this blog but it appears the author falls into that group.
Reuters doesn't feel it's worth mentioning so probably just random fluctuations in the market or a previous Trump trade war, something like that of no relevance to the current situation and so best ignored.
Here's an economics paper summarising and putting dollar values on the fallout that time:
https://www.sciencedirect.com/science/article/abs/pii/S03069...
Estimating the market effect of a trade war: The case of soybean tariffs
* In 2018, China levied a 25% retaliatory tariff on U.S. soybean exports.
• That tariff led Chinese buyers to favor Brazilian soybeans.
• We estimate the tariff lowered U.S. prices at the Gulf by $0.74/bu on average for about five months.
• USDA’s trade aid payments for soybean damages summed to $3.70 for 2 bushels over two years.
•We project that USDA’s trade aid to soybean producers exceeded the tariff damage by about $5.4 billion.
https://arstechnica.com/health/2025/10/rfk-jr-s-maha-wants-t...
If anything I'd say the main problem here is that the techno-capitalist are insincere about both and are using them as (half-literal) smoke screens to excuse using more fossil fuels in the immediate future.
But even in that insincere approach it's government action (or very rich philanthropy) that is required to do these things without direct market incentives.
You don't have enough money to buy the cars with lower TCO that you can fuel with renewables installed in your own country, or at worst from EU neighbours?
Instead you need to buy the "cheap" ICE car and then pay again and again and again to import fuels and somehow you have the money for that?
Plus, has anyone who actually runs a grid in that country suggested EVs would be a bad thing? Generally they welcome them as they help bring costs down by using off peak power. So you've shot yourself in another foot by falling for this propaganda.
That goal was set in 2019.
So, fast progress, and even China is needing to update its goals in response to the unexpected success of solar.
You are right that their net zero goal is by 2060, though they recently stated that they intend to have peaked GHG emissions and be 10% below peak by 2035.
Some observers feel they may have peaked this year or last which might also be influencing what he was trying to say.
Your next sentence seems to suggest you think ADHD only affects children?