It sounds like the real issue is that doing R&D in the U.S. is uncompetitively expensive compared to doing the same work in China.
It sounds like the real issue is that doing R&D in the U.S. is uncompetitively expensive compared to doing the same work in China.
[1]https://www.cleanenergywire.org/news/last-major-german-solar...
[2]http://time.com/106319/heres-what-chinese-hackers-actually-s...
This is one of the very few cases where I don't mind states subsidising. The technology is still well understood by others so that European/US companies could start producing again if China decides to raise prices.
If the install is cheap crap and only lasts 5 years when you need 10 to amortize it, that's a problem. If the cheap crap drives good manufacturers out of business, that's even worse since now you can't recover once you discover it.
With perfect information.
snort
Also, this is an unfortunate misinterpretation of even econ 101. Econ 101 says that there is not a fixed demand for most goods. Demand (and supply) have elasticity, which is a measure of their responsiveness to price changes. A rational producer with perfect information does not "clear the market" if that means "supply enough to meet all demand for the good." (If that's not what it means, I really don't know what it does mean.) They supply just to the point where marginal cost of production is equal to the price the next consumer is willing to pay.
And, subsidies are not definitionally distortionary. Sometimes they can be used to correct uncaptured positive externalities.
Extreme price swing for panels aren't guaranteeed to happen, it depends on how governments respond in financial support for producers and changes to subsidies, but that's just shifting the costs of all of this on to tax payers.