Fake News.
It's comparing outdated data to new information. Check the IMF's GDP statistics.
Fake News.
It's comparing outdated data to new information. Check the IMF's GDP statistics.
Your link is part of the reason for higher costs in all cities. The problem in not Prop 13 though, since my local 'burb of Aurora Colorado has the same problems without the California meddling regulations. I think part is changing technology and part is a stronger desire to live closer to city centers as costs for transportation seems like a 1970's home mortgage - a second car versus more expensive housing. By the way -- I agree more than I disagree with all but the last part.
Hmmm? How does solar mean that there is excess power that must be exported? Commercial large scale power production is scalable and last I looked there is even an off switch. If turning power production off is looking like a problem, perhaps the rates are too low to allow more off time for the capital intensive plants.
Agreed -- that was why I started the thread. I think there is a divide between the California Democrat thinking and even the thinking of other Democrats and it comes down to whether regulation is justified simply because of a desire for good decision making not being left to the people.
Most states have construction regulations about safety and limiting the pollution of the environment anyway, under that aspect it's nothing new. It's just California bringing it to a significantly more expensive level.
Actually no, not really. The impact of Solar power is massive, people don't realize the huge amounts of heavy metal mining and toxic waste solar panels generate (300 times more than nuclear power, about 1/4 of the waste of coal not counting gaseous emissions). That is coupled with the severe lack of maintenance that comes with civilian ownership of the panels, which causes problems with grid inefficiencies and the like.It would benefit the environment
Decentralized grids are in theory a good idea, in practice a nightmare.
Solar panels do protect consumers, so they should be available, but they shouldn't be mandated or subsidized. Subsidized residential solar just takes tax money from the lower classes and puts it on rich peoples' houses.
Any scientific data to link to with regard to the environmental toxicity of solar power?
The problem with most products and clearly this is a problem with solar panels -- the production side and also the disposal upon end of life use of the panels side are filled with problems regarding waste disposal. Not quite certain it rises to level of being especially different from other products though. A recent editorial: https://www.nationalreview.com/2017/...-clean-energy/ takes the negative side of the issue. I think a middle of the road response is probably best though as express in post #24.
Where is the evidence that the usage of solar power means even more pollution.
Don't get me wrong. I don't share the delusion that the nation of Germany can become fully non-nuclearly powered by the year of 2025, 2030 or whatever crazy date those idiots promise. IF it would be possible, though, i would be all for it, provided there is at least one nuclear reactor left for research purposes in Germany.
I think we are on the same page and do not know it. I did not state that the solar panel are creating more pollution. However, all such panels do contribute to some pollution but different types than a carbon based power supply. The idea of the solar panel bypassing the carbon chain to provide power is attractive. So is nuclear. So is the Hoover dam and other related water power. So I think variety is better than any mythical search for a perfect single solution. So any market driven solutions that minimize externalities get my support. The problem with the California mandating the panels is that it is no longer a market driven solution. When California legislates to minimize externalities, they should be applauded. When they mandate beyond that, they are open to be criticism.
American Chemical Society on the difficulties of renewable waste and recycling it: https://cen.acs.org/energy/renewable...01585ecd0aee74
Solar Panels currently just get dumped into massive electronics waste dumps in Bangladesh and elsewhere, where Cadmium and lead from Solder leech into the environment with the rest of the electronics waste. But burning them is the real issue, since that takes relatively harmless materials like Silicon and makes carcinogenic compounds out of them as factories try to extract the copper and silver out of the panels.
California's Solar peaks at a point where they generate like 14 Gigawatts more than the state uses at that time of day (Solar generates at points of lowest demand in the midday). Even ramping all the natural gas and coal plants down means you have 14 GW of excess power that has to go somewhere. It mostly ends up being sent to Nevada, Utah, Oregon, Baja, and other surrounding states. California has to pay them to take the excess electricity.Hmmm? How does solar mean that there is excess power that must be exported?
I am not an engineer, so maybe that is my problem, but it still makes no sense to me that there is not such thing as an off switch to this over capacity problem. I understand the public utilities have contractual obligations to take in the power generated by the mom and pops, but that simply means paying for the power and that does not obligate them to actually take in the power and then dump it on the open market. Did they ever notice that the government pays farmers not to grow stuff?
not an engineer either, but as i understand it, a big problem with energy is storage. energy, once generated, has to go somewhere. sure, you can switch off some stuff (though with solar, can you simply? can you simply bake your cells in the sun?). batteries have max capacities, and more storage needs more batteries.
if you can switch off, youd indeed have to subsidize, and that means paying money for nothing, ultimately. not so easy to switch of big nuclear or fossil plants, so they will always get priority. a highly centralized power grid is inherently inflexible. maybe thats a luxury problem, but if one goes with the nuclear enthusiast idea of simply replacing all fossil with nuclear, what do you do if you create too much power at any given time?
i guess we need some more info
@guy who defeated the huns, some help?
Last edited by HannibalExMachina; May 23, 2018 at 03:58 PM.
Yes, but it's uneconomic, unlike shutting down gas (well... actually gas doesn't shut down, they keep the plant running to start generating again when Solar/Wind tapers off).(though with solar, can you simply? can you simply bake your cells in the sun?)
Also I think it's 4 GW, not 14 GW excess. Sorry. I'll double-check that. But the fact of the matter is that grids typically can't handle more than about 10% solar and wind. Solar deployment tapers off usually around 10% as a result. Cali has cancelled new utility scale solar installations because of this, and that's sorta-kinda part of what the residential mandate is in response to.
thanks. as for the inflexibility of centralized grids, what exactly makes decentralization a nightmare? if you can produce energy, isnt it wastful if your grid cant handle it? especially if you want to get rid of emissions.
the waste of solar panels is a problem, but right now, recycling nuclear waste seems to be something that is never handled as well as it should be. like, i see a lot of data that suggests we can reduce that stuff to extremly small quantities, if we only had the right reactors.