Comment by willvarfar
2 days ago
Ignoring the politics, we have to say that China has done the world collectively as a whole a major service in strategically developing and mass producing super cheap solar panels.
2 days ago
Ignoring the politics, we have to say that China has done the world collectively as a whole a major service in strategically developing and mass producing super cheap solar panels.
Don't forget Germany. If you look at the amount of PV built in Germany early this century and make some admittedly strong assumptions about learning curve, one could argue the Energiewende, then usually called failure, singlehandedly accelerated PV development by decades. I don't recall Germany ever credited on that.
I still wonder the same about the EU and LED lighting. Prohibiting traditional bulbs was highly controversial at the time
if we didn't transition through the horrible days of CFLs first. since we did, that's a big knock against
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I remember some old tidbit about the American westward expansion, most railroad projects failed and went bankrupt and were sold for pennies on the dollar to the ultimate owners.
Something sad about that, really.
A lot of them got built with per-mile subsidies and cashed out via shoddy construction. The ones that focused on long-term financial sustainability more often did fine, but it is a lesson in perverse incentives (though some would argue that afterwards cheap overbuilt lines facilitated much faster and more extensive westward expansion of people).
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The lesson, which we learned in the dot-com era and will likely learn again in the AI era, is that the benefits of step-change new infrastructure technology do not accrue in the long run to the infrastructure builders—the technology only creates the step-change if it finds its way to being a commodity!—but diffuses throughout the new, ultimately much larger, more productive economy as a whole.
See also the dark fiber build out before the telecom collapse of ~2001
https://en.wikipedia.org/wiki/Telecoms_crash
Leland Stanford made out ok, AFAIK
It has been called a "gift to the world". https://www.nytimes.com/2014/09/14/science/earth/sun-and-win...
But since then there was an endless stream of negative press especially in English speaking countries against German energy policies, so not much of this positive comments are still remembered.
That's not true. I think China is grateful to them for selling them their PV industry for a Wurstbrot.
It's probably because germany decided to sorta give up on it and all of the production and further research moved to china?
Yeah and then we let it die
It really is a huge service not just to the developed world that needs to decarbonize but also a huge service to the developing world. Solar can be put up quickly and cheaply and is good for about 2 decades and can be paired with cheap LiFo batteries to give round the clock electricity. Both of these are relatively portable. It can really bootstrap the economies of local communities where infrastructure hasn't been built out. Then combined that with portable Internet connection via something like Starlink or one of the competitor networks, we can really enable the available human capital in developing nations to realize their potential.
It's all very exciting I think.
Starlink isn't necessary. In India you can get 1GB/day of cell phone data for $4/month, and other developing nations aren't far behind.
The solar+battery revolution is doing for power what cell phones did for communications in the third world in the 90's and 2000's.
I think India is a bad example. It's very densely populated, with high density in most of the country, and as such it's not a good target market for Starlink.
See for yourself: https://luminocity3d.org/WorldPopDen
India has 1.4B people on 3 million km^2, Africa has 1.4B people on 30 million km^2 (out of which 9 million is Sahara).
Starlink's use case is low population density areas, and Africa has plenty of those. Very different case from India.
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I witnessed this traveling through smaller islands in the Philippines. They have cell service without connection to an electric grid in some places. The children with solar charging now have access to education materials and there is access to banking and payments systems.
The effects of this are going to massive and huge in 10 years.
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The one issue with cellular connection is that some software and OS slurp data like there’s no tomorrow and you’re not paying for the connection.
That is a lot cheaper than it would cost in a developed country, but is not more affordable.
For example, that would cost about three times as much in the UK but median income is about an order of magnitude higher so its more affordable.
I do realise it is a lot more affordable than telecoms were in the past, but its something like a day of median income.
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> Starlink isn't necessary. In India you can get 1GB/day of cell phone data for $4/month, and other developing nations aren't far behind.
Does that operate at good speeds in rural areas?
> Starlink isn't necessary. In India you can get 1GB/day of cell phone data for $4/month, and other developing nations aren't far behind.
There is a huge swath of Australia that does not have good internet access and/or very poor cell phone coverage.
And I am not talking about about people living in the middle of the desert, I am talking about people who are 10 to 15 minutes away by car from a small town.
So yes Starlink or it's local equivalent are necessary.
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It is exciting.
> On farmland and on rooftops, Iraqis turn to solar as power grid falters
https://www.reuters.com/business/energy/farmland-rooftops-ir...
The biggest bottle neck to really solving the energy problem is now the price and fragility of high voltage DC long haul connections. Between those and solar you can have energy anywhere any time.
Great point, you might dream of long range connections sending solar energy from the day into the night around the world.
But, what exactly do you mean by fragility? In what way are they fragile?
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If only there was a way to deploy solar production at the point of consumption so power didn’t need to be transferred. We’d need large chunks of unused flat surface pointing towards the sky, preferably at an angle. Oh wait we have that on top of every home (coincidentally the south or west face of every roof provides about enough surface area to power most homes). Now we need some cheap way of storing energy produced during the day for use at night. Humm. Got that too. Government don’t even need to pay the full price for this resilience and climate mitigation. Programs offering fractional tax credits have shown great success in increasing deployments of rooftop solar and distributed battery storage.
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And the US and Germany since the 1970s for putting public funds into early research
US fossil fuel subsidies: 757B$ [0] US solar subsidies: 7B$ [1]
[0]: https://www.eesi.org/papers/view/fact-sheet-proposals-to-red... [1]: https://www.instituteforenergyresearch.org/fossil-fuels/rene...
The source in your [0] link says China fossil fuel subsidies were $2235B in that year. Your [1] link says "Renewable Energy Still Dominates Energy Subsidies in FY 2022" and "traditional fuels (coal, natural gas, oil and nuclear) received just 15 percent of all subsidies between FY 2016 and FY 2022", so the two numbers you've given are clearly counting very different things.
I'm referring to Jimmy Carter's policies that helped kick start solar research prior to the baton being passed off to private industry post a viability threshold being surpassed.
That's mostly "implicit subsidies, which are costs like negative health impacts and environmental degradation that are borne by society"
On top of that the very same oil industry pocketing the 757B does lobbying and propaganda "renewables don't work yadda yadda".
We are all likely complicit. When gas prices go up people lose their shit so politicians try not to let that happen thus massive subsidies. Plus it's strategically important.
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Let's hope someone can do the same for grid-scale seasonal storage. "Excess" solar electricity won't be free in (noon, summer) if you can easily bank it for (night, winter).
A second solution is to overbuild so you have enough even in winter. Easier to do near the equator.
A third solution is to pipe it across timezones using HVDC and accept some level of efficiency loss and some geopolitical risks.
A fourth solution is to mix lots of wind, which performs better in winter and cancels out the lower insolation.
Realistically it's going to be all of the above, with the balance determined by local factors.
Related to overbuilding, vertically mounted solar panels can help flatten the generation curve during the day, and may perform better than "optimally tilted" panels on winter, especially where snow might otherwise be a problem.
Power travels near the speed of light. In theory, the entire globe can be connected and countries with daylight can supply those at night in a cycle.
This isn't going to happen simply because it would introduce enormous strategic vulnerabilities. The first act ina war would be to sever an opponent's grid connections to their neighbors because that would massively erode their ability to maintain an orderly civil society.
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We would need impractically high voltages to minimize power loss over long distances.
Maybe something like microwave transmission or cheap superconductors will solve it.
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Regional grids are connected via tie-lines, and I heard international grids are also starting to become more connected in this way too. Though, I'd imagine it's complicated to send power from one side of the planet to the other. For starters grids can have different frequencies that need to be converted between. Also all transmission lines are subject to loss factors. In addition all the intermediary transmission companies have to route the power and avoid congestion on their grids, Then you have deal with all the financial settlement of the wheeling charges, which if you have to go through multiple grids and multiple currencies sounds like fun to deal with.
My understanding of the intentions of connecting international grids is for things like emergency supply of electricity to a different grid to stabilise the frequency and prevent blackouts.
Do we have good enough conductors for that?
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It's a thread about Australia not Austria.
Never going to happen but there should be some sort of global emission accounting standard to factor in exporting goods that reduce emissions (over lifetimes), vs not, i.e. a barrel of oil burned should count at producer side the consumer side.
They are so cheap, infact, that no other country in the world is able to compete even with huge tariffs.
They are not cheap. They are extremely efficient at manufacturing. The 201st panel look exactly the same as 1st one. Definitely no human labor involved. Huge well readable serial numbers placed on multiple places of the panel for camera based identification. Usually no single failing panel in shipping container. The bad ones were clearly damaged during transportation. This efficiency looks scary when I see output of my workplace in Germany.
Sorry I should have used the word "inexpensive" I was not referring to the quality, I was referring to the price. I own many Chinese built panels.
For years I've been hearing one excuse for the US not doing more about climate change is that China is polluting more and if they aren't doing something about it then why should we?
The argument always seemed disingenuous. For sure, China produces a lot of pollution as they are modernizing, but they are also investing a lot in the direction of sustainability. If we take the balance of (pollution produced - pollution prevented) for the two countries, the day will come, if it isn't now, that the US is on the losing side of that comparison, and I wonder what the new argument will be for the US not doing more.
Pretty sure the US has always been on the losing side of that, when calculated per capita.
China's numbers did rise quickly on that measure and is above the EU now I think but still way below the US.
And if you don't like per capita, then China with 4x as many people is still behind the US when you compare cumulative CO2.
If you ignore the pollution and environmental aspects, the main geopolitical reason is because the Straits of Malacca are very vulnerable in the event of a hot war and the overland pipelines from Russia and the middle east are insufficient to supply China. Getting rid of the oil dependency is the quickest way to autarchy. There are few other resources they can't produce themselves.
Latest excuse: sustainable energy is a scam.
https://www.whitehouse.gov/wp-content/uploads/2025/05/Ending...
They say with a straight face as they tout the merits of "Beautiful Clean Coal." This administration man...what's there left to say?
It's easier to understand that excuse when people realize that Americans tend to start with a conclusion then work their way backwards to support it. As in, 'we aren't doing much about climate change so here's why that's okay'.
I am not familiar with Chinese politics or motivation, but I wonder if it's for the same arguments we have in the US, "save the world" vs. "the strong can do whatever they want". I am not sure China does for the sake of sustainability and environment. Yes I know the end result might be the same but are the reasons the same?
I keep hearing this argument (that China does not care about climate change or the environment so it must be doing it for other reasons) but I just don't understand it. Why would you think they don't care about these things?
The Chinese leadership understands several things very clearly:
- The country has experienced multiple catastrophic natural disasters in the past.
- Such disasters often lead to regime change (losing the mandate of heaven via natural disasters leading to social unrest)
- The leadership is comprised of smart people (and a lot of engineers) and they don't play dumb political games like denying the reality of climate change.
- Climate change will bring far worse problems in future, which threatens the country's economic growth and therefore their hold on power.
So they have massive incentive to care about the reality of climate change and do everything they can to mitigate it and protect their environment.
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Maybe China wants to "save the world", in at least as much as they literally run into problems with smog and pollution locally and would like to reduce that pollution for practical reasons, as well as some prestige, especially now that the US is having a hissy fit on the global stage.
But none of that matters, China would pursue massive solar power infrastructure regardless, because they want energy independence. Stupid amounts of solar power means they will no longer be importing lots of oil and fuel, and that means they would be less vulnerable to the US blockading them in some sort of conflict, which is one of their primary geopolitical concerns.
They would do this even if solar power was dramatically less effective or was significantly more expensive, because solar power is the first kind of power generation that it is economical to way overbuild, and have serious redundancy and surplus and excess, because there's no consumables that scale your running costs like if you tried to build massive amounts of coal power plants.
China would like to have that kind of scale for power because they can use it to subsidize things like datacenters running less efficient Chinese made computer components. The fact that power doesn't have to run a profit in China helps this.
The US should be taking fucking notes, about how nationalized infrastructure can be a force multiplier economically, and how infrastructure that doesn't have to be profitable can be even more powerful.
Slaving ourselves to the enrichment of well connected capital owners is harming our country, and preventing a literal energy revolution. We have the option to, for the first time in human history, actually have energy resources that are too cheap to meter.
China also invests in solar/alternative energy because they still import a lot of coal from many other countries (some of which are aligned with the US) and that is something that could be leveraged in case of conflict.
Therefore reaching self sufficiency in terms of power generation will make this threat less relevant and an enemy will no be able to use it to make them back off.
The article was about Australia, not China. Incidentally it was also Australia that invented the modern solar panel.
> The article was about Australia, not China.
And??? The parent commenter wrote about the manufacturer of said solar panels, going outside the frame of that article to something related but still relevant, given that that article surely is meant to stimulate a more general discussion.
Seems like every 2nd post on HN, regardless of the actual content, becomes an argument between advocates for the US and China. In the case of China it's particularly egregious as they get to use US platforms to push their cause, whilst China blocks all foreign foreign access their own platforms. It's tiresome.
For all the people hyping LLM AI in order to raise lots of cash, solar and battery is the real transformational technology of our time. But it gets less press, as it just doesn't benefit a few, who need the press hype.
Now if only those people who got electricity got yo study for free via cellphone so they could apply themselves to scaming and navelgazing bubble investments.
Srsly though, if the 2 billion in the middle east could contribute to global society freely, that would be fantastic.
How is that even remotely related to this topic or to what OP said? Or do you just have a thing you want to rant about no matter the topic?
> China has done the world collectively as a whole a major service
I doubt the Uyghurs would agree:
https://www.bbc.com/news/world-asia-china-57124636
https://www.business-humanrights.org/en/latest-news/in-broad...
https://sustainabilitymag.com/articles/gb-energy-blocks-use-...
https://www.greenmatch.co.uk/blog/solar-companies-linked-to-...
I agree their treatment of the Uyghurs is deplorable but the way you had to chop that quote like a creationist undermines your point. It’s possible to say China has done both good and bad things, and recognizing the cost rather than denying something factual is probably a more effective.
You're rationalizing slavery. That kind of nihilistic apathy is never useful.
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Most of them would. These are labour-rural-transfer programs thats been going on in PRC for poverty alleviation for 20+ years that retards in west twisted into slave labour.
The entire coerced labour propaganda are bunch of country bumpkin Uyghurs getting enrolled in poverty alleviation programs where they're paid close to median wage, i.e. 2x+ typical subsistent agri income. This is equivalent to US starting a jobs program to give bottom quantile earners (15k) a median income (40k).
The reality is these are well paying jobs, relative to bottom quantile recruits these programs are designed to uplift usually go towards more ethnically "Chinese" applicants, because factory bosses don't want to deal with Uyghurs who don't Mandarin Good until central pushed Uyghurs (and Tibetans) to front of queue, when frankly much more qualified "Chinese" applicants exist.
Are individuals sometimes fucked in the process, of course, statistic inevitability, but poverty alleivation is net good for Uyghurs, XJ solar is net good for the world.
i have a question for dang.
If I was to post a comment that frames the armenian or rohingya genocide, or indeed any genocide, in a good light, would my comment be flagged? What exactly is HN policy on moderating genocide-washing propaganda?
asking for a chinese friend
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Sure. Slavery is freedom.
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