That's great news. But I read in the past that the majority of these clean energy installations are in the middle of the country where the land is dirt cheap and almost no one is living. Meaning that a lot of this energy is simply lost at the energy grid until it reaches actual users. Nevertheless this is still a big win, because of all the innovation it brought to the PV manufacturing process.
China also has a more efficient energy transfer system than elsewhere in the world, so the loss is a lot less than you would expect, lower than, for example, it would be in US.
Gansu, the poorest province in China, a province where "almost no one is living." Qinghai, Xinjiang... Same story. Together, they have almost 60 million people. Many of them are minorities with historically poor job prospects due to their distance from economic centers.
By building energy installations in the middle of the country, they're providing jobs to a group that's been left behind by the rapid industrialization of the country's East. Providing them with a surplus of electricity. Driving investment in the region. Moreover, this group of people is more than the population of New York and Texas... Combined.
How about you take your racism and your classism and shove it up your ass?
Truly the words 'racism' and 'classism' have lost all of their meaning nowadays. Well alright classism I might be to see in there if I squinted at it, but racism?
Dude thinks Chinese people aren't people. Provinces with a population that exceed some of the most populous states in America... "barely have any people"
Hold off with your accusations and insults, I have never said anything like this, so don't put words in my mouth.
This is actually a problem for big countries with irregular population density, where it is the cheapest to build them, and as I said in my original post, I believe it is a big achievement.
It will be less efficient, yes. But it is still a net positive. If it is cheaper to build it there, you can just add more power to compensate for that loss in efficiency.
It will not be a 100% loss. For reference: the power loss of the transmission in the US is on average 5%. Let’s say it is double that, it is still very little in the grand scheme.