Apple Building Solar Farm In North Carolina 172
jfruhlinger writes "Apple's North Carolina data center will, it appears, be turning greener: the company is building a dedicated solar farm to power it. That would be a welcome turnaround for proponents of green energy, as Apple was lured to North Carolina in part by the promise of cheap electricity from coal-fired plants."
But it only works with Apple products! (Score:2, Funny)
Yes but it will produce Apple electricity, which will only work with Apple products (such as the "licensed only" chargers for the iPhone). Sure it's possible to adapt the electricity to work with non-Apple products, but then they'll sue you for it.
but the power co can say you sell back the power (Score:2)
but the power co can say you sell back the power and we can use it any way you want or we can cut you off and I don't think solar works at night.
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It's always been ok to convert non-Apple electricity to Apple electricity, that's why they license five volt adapters. [slashdot.org]
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Re:But it only works with Apple products! (Score:5, Funny)
moreover they will later claim that any company who offers solar electricity to charge mobile devices violates apples patents.
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moreover they will later claim that any company who offers solar electricity to charge mobile devices violates apples patents.
Oh, now come on. Why would they ever do that? :)
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Only if the solar energy is collected with rectangular panels.
Re:But it only works with Apple products! (Score:5, Funny)
Not to be outdone, I heard MicroSoft purchased the land next to Apple's and are planning on building a wind farm. But because the wind doesn't blow there all the time, they've decided to forgo installing generators and instead put in motors so the fan blades move constantly. Do to this cost increase, they are offering sticker placement all over the structures for their preferred OEM's. Also, to get the public excited and to generate buzz, they've decided to use some of the land to hold weekly or monthly concerts. Ticket's go on sale one day before each event.
Google, in the meantime, has come up with their own solution. They have built their own solar farm, which looks strikingly similar to Apple's, except the materials used are slightly cheaper quality. Anyone visiting the site will tracked throughout the complex (and some have even suggested they were tracked after leaving) and then blasted with offer's to buy cheap Viagra and tons of information regarding solar flares, the solar system, Solaris and the Southern Organization of Live Action Reenactments.
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Since the power is going to the datacenter next door, you just KNOW they are going to use some special, proprietary power cable...
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I think you've got it - this is what *Thunderbolt* was intended for all along, don't you think?
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FYI - two mod downs (as of typing this they haven't passed the mod ups)
Link to the chain [slashdot.org]
I'm going to keep a chain of these going to prove my theory, every time I get modded down for saying things critical of Apple. Yes there is a conspiracy theory - Apple fan boys working together. I actually have more than this to prove it, but I haven't dug them up yet.
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Meant to be this link [slashdot.org] not the other one.
Great (Score:2, Funny)
Now they are going to claim they invented the sun, and the stupid fucking patent office will grant it to them.
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Now they are going to claim they invented the sun, and the stupid fucking patent office will grant it to them.
Now, why on Earth would you say something like that? That's just..... insane. :)
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Do you know what an emoticon of a smile could indicate?
Yeah, I do. My bad. I was only halfway through my first cup of coffee.
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That's alright. I got modded down so I paid for it lol
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I think Oracle would object to that patent.
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Because Apple encourages people to "Think Different" and tries to convey the sense that it's not like every other corporate entity out there.
If they hadn't been so high and mighty about it, I doubt it would be seen as particularly significant.
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Prior art is no more "dead" than it was before the new legislation.
Solar power... (Score:2, Interesting)
I applaud this move by Apple. I'm a big proponet of solar power. The more companies that integrate solar into their energy needs, the less expensive the technology becomes. It's finally getting to the point where an average homeowner can break even on an investment in solar.
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I applaud this move by Apple. I'm a big proponet of solar power. The more companies that integrate solar into their energy needs, the less expensive the technology becomes. It's finally getting to the point where an average homeowner can break even on an investment in solar.
If you made the price one that equaled or exceeded the current monthly/yearly expenditure on electric bills -AND- made the equipment affordable up-front, it would be a win-win.
People are short-sighted these days with the economy being the way it is. They want to save money NOW, as well as save money long-term. Make it happen, that's your challenge.
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I think that's what solarcity is claiming to do...
There's a lot of hype, though and I wasn't able to figure out where all the money is supposedly coming from / going, so I'm suspicious of shenanigans...
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The big advantage to green energy is that even if it is a bubble, you still accrue the long term benefits.
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Bubble or no, it might be the impetus to get things shaken up in research in improving existing energy sources. Yes, I'm meaning nuclear. The problem is that virtually all reactors on line today are 1960s/1970s technology.
To use a car example, it would be like using pushrod engines with breaker points and still fighting it out over cubic inches as opposed to better ignition systems, with no car maker wanting to use any engine design improvements in the past forty years like EFI or OHC.
I'm hoping there is
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To me, nuclear should be part of the mid-term solution, to reduce coal to 10% (we have lots of coal, and will always have some coal plants), reduce natural gas to "on demand systems" only (nothing beats it except hydro), and while we are both developing wind and solar, AND finding more ways to reduce consumption. We are already expected to use less per person over the next decade, as more CFLs and energy efficient appliances and HVAC systems are being purchased. The key is a balanced approach that lets nu
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Speaking of nuclear, do you know what kind of technology the planned new reactors at Plant Vogtle are going to use?
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They call this "greenwashing". (Score:2)
HTH.
"It's finally getting to the point where an average homeowner can break even on an investment in solar."
Yeah, enough subsidies from the government you might be able to afford it as well.
Sans subsidies, a decade or more.
Re:They call this "greenwashing". (Score:5, Informative)
http://www.window.state.tx.us/specialrpt/energy/subsidies/ [state.tx.us] ...)
2.8% of energy subsidies go to solar. 20.2 to coal, 25.7 to oil and gas (not counting the war efforts of course
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And 3 lines further down on the same page. You get a percentage of the price which is subsidised.
Oil & Gas 0.5%
Coal 6.9%
Solar 12%
As I said. Sans subsidies it takes decades to pay back the capital costs of a solar installation.
Go on, run the figures yourself.
How much does your heat & electricity cost per year?
How much is the capital cost of an installation to satisfy your requirements?
How many years would it take to pay the cost of solar from the difference between the price of grid and the "free" en
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http://www.ieet.org/images/uploads/317rn2.jpg [ieet.org]
http://unbridledspeculation.com/2011/03/17/the-exponential-gains-in-solar-power-per-dollar/ [unbridledspeculation.com]
http://venturebeat.com/2010/01/14/germany-may-slash-solar-subsidies-by-17-stock-prices-drop-around-the-world/ [venturebeat.com]
subsidies per Kwh are already dropping. they will go to zero in a few decades. Have you seen the same happening for oil, coal ?
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http://www.sustainabilitycentre.com.au/BaseloadFallacy.pdf [sustainabi...tre.com.au]
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http://news.stanford.edu/news/2009/october19/jacobson-energy-study-102009.html [stanford.edu]
http://en.wikipedia.org/wiki/Intermittent_power_source#European_super_grid [wikipedia.org]
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> Not a good investment. Even worse if the money is borrowed to fund the installation.
I agree that borrowing money is probably a poor choice for this stuff, but that's true in general for depreciating assets in general IMO.
As for "bad investment" -- not so fast. We do not have to convert solar to electric for all applications; there is a real possibility to make solar energy cost-effective when you use it to heat your home.
I'm currently looking at a product by CanSolair -- http://www.cansolair.com/produ [cansolair.com]
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getting me to the break-even point in 40 years
Are you counting any rate of return for your money in an alternate investment?
assuming the cost of wood does not rise (which it will).
Yeah, faster than the rate of inflation around here. I've seen it nearly double in about 10 years (currently $250). But then again, so have all the other commodities, so perhaps the price is stable, it's just the Dollar and wages which have tanked.
I have 26 acres of forest as a backup plan.
Tweak (Score:2)
Also, the CanSolair spec sheet conflicts with unit conversion. 10,000 BTU/hr is 2900 W [google.com]. Their spec sheet lists 1200 – 2400 W, so let's use the 2400 W figure, though this was cited as being the noon-hour, highest output value. I am going to decline to calculate an integral for the tot
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You get a percentage of the price which is subsidised.
Solar 12%
Then you say:
Sans subsidies it takes decades to pay back the capital costs of a solar installation
But those two don't match up. If 12% of the price is subsidised, then without the subsidy it would cost 14% more. If the break even point is 10 years with the subsidy, then it would be 11.4 years without. For a small-scale home installation, the break even point is closer to seven years without subsidy, for a larger plant it can be anywhere from 2-5 years. Without the subsidy it would be a few months longer, not decades, unless the subsidies are closer to 80% of th
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Those costs are dropping which isn't likely to be the case for the fossil fuels plants. Even if carbon taxes are never enacted, the fossil fuels have greater externalized costs especially related to air quality, radioactivity ( for coal ) and other toxic emissions. Solar (PV, not thermal ) has some from the extraction processes for the raw materials but appear to be much less than coal and are getting better as the tech matures.
The amount allocated to Coal, Oil and Ethanol are an embarrassment; also, I've
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we can see what that has done for corn and it's use to replace cane sugar, and gasoline.
the problem is not that solar isn't practical, it's American living that isn't practical. how much plastic is in the average car? a barrel worth of oil right? and we make it look like leather, because leather is so much more sustainable, at least as long as we have McDonald's everywhere right? I've seen a fridge with leather texture on it because clearly some fictional animal eats iron and grows iron/steel skin.
sustain
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I didn't take it, because a lot of R&D money is going into panels at the moment. They've gone from about 8% to 12% efficiency for cheap rooftop panels in the last couple of years, and 15% panels are available now. The theoretical peak is somewhere around 40%, and the practical peak before it starts to get really expensive is probably somewhere in the 20-30% range. Given the current rates of development, if I wait about five years then I probably won't get the subsidy (it's slowly being phased out), b
Re:Solar power... (Score:4, Informative)
The problem with the article, however, is talking about how dirty electricity is in North Carolina, and citing coal (yes it is, and yes we have them) and nuclear (which is not exactly dirty), but just a couple hours away are major hydro-dams, on High Rock, Tuckertown, Badin (Narrows) and Falls. Most of these were created up to 100 years ago for creating aluminum, which is no longer being manufactured here, so the power goes to the main grid. And hydro is as clean and 'on demand' as you can get. These aren't the only hydro-dams around here even. NC isn't the worst when it comes to pollution from power generation.
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Also, the solar panels on the picture don't produce electricity but hot water.
Comment removed (Score:4, Funny)
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lol, the answer would be farther north. The amount of extra energy you get from the solar cells isn't likely to ever provide enough extra energy to provide the extra cooling. Heating in the winter isn't going to be a problem as the datacenter is going to produce more than enough to keep it within the design parameters.
Of course, if somebody does ever manage 100% efficient cells and a cooling system that's 100% efficient then it might theoretically break even.
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Snow/cloud shading could make a difference: further south might be better if going further north meant the cells were covered in snow for 3 months straight.
The best place for a solar data center, IMHO, would be a cold desert.
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Just FYI, there are car AC units that are quite efficient. One watt of input power moves out 4 watts of heat for 400% efficiency.
Semi-Passive techs like phase change heat pipes are wonderful devices.
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Those are cars though, they're relatively small and benefit from the car's motion at times. I doubt very much that a home or office air conditioner can do that.
Oracle bought sun (Score:3)
You sure the facts are correct? I am pretty sure Oracle bought Sun, not Apple.
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You sure the facts are correct? I am pretty sure Oracle bought Sun, not Apple.
So Apple is going to have to get a license from Oracle in order to use Sun's energy?
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If only Apple set up further south... (Score:2, Insightful)
The amount of incoming solar radiation increases significantly the closer to the equator you are.
I live in Toronto, Canada, and not long ago the provincial government here made a big deal about setting up a solar array here (of course, with a significant govt subsidy).
A critic pointed out how much cheaper it would have been to buy land in Texas, set up a solar array, and send the power back (despite losses in transmission).
But then the govt wouldn't have had the nice photo-op...
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that's why europe is planning this : http://www.desertec.org/organization/ [desertec.org]
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Well, no, 'europe' [sic] isn't plannig any such thing. A private foundation in Germany is stumping the concept, seemingly in hopes that someone will bumble along and fund them so they can continue their quest for more funding to support more funding for political lobbying and re-education of doubters and dissenters as the to value of their plan for more funding.
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So, Germany isn't in europe ?
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Slashdot thinks you're an idiot.
See what's wrong with the original statement now?
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Since Germany isn't planning it either, what's your point? (Other than on top of your head since you're so ignorant you can't tell the difference between a private foundation and a sovereign nation.)
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Tis is only partly correct. First of all it is a european organization "Desert Tec" building it. Second of all they don't need "funding" as they have enough money to built it without it. Third of all cons
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A 'European organization' isn't 'Europe' either.
Since there isn't a 'it' they are building, rather than a concept they are stumping... (And since, right on their homepage they're asking for donations.)
Um, no. Construction is starting on a experimental demonstration conce
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You are out of scope.
A 1GW plant is a plant in a useful sense
Thanx for the compliment, as long as you are an ignorant pinheaded jackass with his head in his ass, I don't mind ;D
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Thanks for the link; as mentioned below: [a group in] Europe is....
I saw this a few months back; I'll be much more interested when I see several of these being built and used. Egypt, Tunisia, and Libya might be worthy places to start.
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The flaw there is that (1) photovoltaic cells are actually less efficient at higher temperatures -- an I know how much hotter Texas is than Ontario, and (2) down around Lake Erie you're as far south as (northern) California anyway; a few hundred miles won't make that much difference.
But of course it's just PR, otherwise they'd be better off just adding another reactor to Bruce, Pickering or Darlington.
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Yeah these are the same retards in the provincial government that "buy" power back at nearly 80c/KWH to put on the grid from green resources(specifically wind, and solar). And people wonder why the power rates continue to go up in Ontario. Ontario is pretty poor for anything outside of water based power generation. But the environuts don't want that, it might hurt the fish or something.
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They should invest in Texas solar, sell the power to the US grid, then send the MONEY back to Canada.
No transmission losses at all.
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Never happen outside of regular investments by people. Besides we have such a glut of power from nukes, coal, ng and hydro based that we sell 30-50% of it to the US now anyway.
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"The amount of incoming solar radiation increases significantly the closer to the equator you are."
Plus, you need to go HIGHER. You get higher photon flux densities at higher elevations, plus colder temperatures.
Needs a much bigger solar farm (Score:3)
Typical high-density data center power consumption: 500w/m^2 for entire building, per floor.
Max solar flux in NC about 1000w/m^2. But only for 6 hours a day on average. At 12% efficiency, that's 30 watts per square meter average. So the solar farm has to be 16x the size of the data center.
We'll be able to see from the aerial photos whether they put in enough panels that it matters.
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They'll just stack them 16 layers thick.
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Did you take into account the effect the solar panels (on the roof) will have on the temperature in the data center?
If the panels are 15% efficient, the amount of energy reaching the roof decreases by 15% which should lead to a temperature drop.
If the panels are mounted on frames above the roof, some additional energy will leak away as heat radiating from the panels will heat up the ambient air rather than the roof.
This won't make much of a dent in the 16x figure, but dropping that to 13x (assuming a 20% lo
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100KWh per day! We use about 1900 KWh of electricity per year (I think heating is about 4000 KWh/year, this is in Denmark). Are you running a steel mill in your kitchen?
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The output graph of the solar panels nicely tracks their power usage stats (assuming that AC is their biggest variable load). So the installation makes a dent in their peak power usage, which saves more money than the average price/kWh they pay would suggest.
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Which has an environmental impact, though certainly nothing like putting coal exhaust in our breathing air.
I don't understand why they're doing it this way. Green power is cheap in Iceland, there are three fiber trunks to the island, and cooling is easy.
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uh oh (Score:3)
Greenpeace is going to have a shitfit over them using chemicals, and ./ers will claim that Apple will now claim they invented solar power.
right (Score:2)
They better invest in LED lighting (Score:2)
Fluorescent is wasteful, LED has gone past HID efficiencies. This will make those energy savings go even further.
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Solar must be viable because if it wasn't profitable, they wouldn't do it, right?
Corporations always do what's in their best interest.
Close enough. :)
Construction and implementation+maintenance = loss.
Making green-friendly people happy = increase in sales = profit increase.
Mesh the two together, and there's a greater profit.
They're doing the right thing. Making people happy, increasing profit, and utilizing less fossil fuel product. Well, as long as they don't reduce cost of labor through some inhumane treatment on top of this move, it's beneficial :)
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Construction and implementation+maintenance = loss.
( Making green-friendly people happy = increase in sales ) + ridiculous government subsidies for installing solar = profit increase.
FTFY
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( Making green-friendly people happy = increase in sales ) + ridiculous government subsidies for installing solar = profit increase.
"Ridiculous" is just you editorializing. AFAICT the subsidies are working exactly as intended: by encouraging the adoption of solar power, they grow the solar power market, increase the economies of scale for panel production, and bring the prices down quicker so that soon we'll have solar power that's cheap enough that subsidies are no longer necessary.
You may or may not have noticed that solar panel prices decreased by 50% last year [wbur.org], and the market grew by 70%. Coincidence? Perhaps, but I don't think
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and bring the prices down quicker so that soon we'll have solar power that's cheap enough that subsidies are no longer necessary.
Wrongo. We have artificially-low prices to the end-user, with actually high prices that are masked by the subsidies that the end-user doesn't necessarily realize he's paying. Yes, it's bringing prices down faster, and it's bringing ACTUAL production costs down faster, and it will do so until solar power is cheap enough that subsidies are no longer necessary..... but that doesn't mean the subsidies will go away. Look at any other heavily-subsidized industry: Coal, oil, pharmaceuticals, wheat and corn. These
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This is not to say that I believe in "we're running out of oil/gas" predictions. I am just pointing out an obvious flaw of a "greedy algorithm" (choose whatever is cheaper now and
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Subsidies for ANYTHING is an important problem. Why should We The Taxpayers have to prop up an industry that can't support itself? As long as we subsidize the INDUSTRY of solar power and other renewables, we lessen the incentive for private funding of development of cheaper, more efficient technologies. We need to provide some government-funded research grants that will add to public knowledge of potential technologies... and leave the rest to private industry. Stop propping up those who can't come up with
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Why should We The Taxpayers have to prop up an industry that can't support itself?
Because We The Taxpayers have an interest in weaning ourselves from our dependence on fossil fuels, and (barring a miracle [forbes.com]) that won't happen unless the new-technology companies can sell product and not go bankrupt. Your argument would make sense if solar and e.g. coal competed on a fair playing field, but there clearly isn't one -- the traditional energy sources have huge externalized costs (air pollution, war, global warming, the world's largest standing military to defend oil fields, propping up nasty d
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Shouldn't you be trying to get rid of the subsidies for coal and oil first? They're much larger.
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We need to get rid of all subsidies first.
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We can't get rid of _all_ of them _first_. I agree, we should get rid of all of them. Getting rid of the biggest ones first makes the most sense.
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Not that it would ever happen... but if there were a big, successful political push demanding that we drop all industry subsidies, they could all be dropped in one act in one day. Too bad those that are receiving all these subsidies are the ones paying our representatives their second paychecks.
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Why do you think that solar, TODAY, is not worth it?
Do you not get, over the life of the solar panels, electricity worth more than the cost of the solar panels?
(You also get less pollution due to coal power plants not needing to run to output that electricity, gas/diesel to bring the coal to the power plants, etc..)
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These are industries that pump money into politicians' election funds to ensure that their beloved tax breaks and subsidies will never go away.
This is a problem with corrupt government, not subsidies.
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Noooo, Apple is just being batshit crazy! You should never do anything new, only what everybody else has done before! Wasn't that how Apple got rich, anyway?
They should burn tires for electricity, this solar thing is just a pipe dream, it's too inefficient, expensive and, even worse, it kills kittens!
It's like that airplane thing. Stop dreaming. If men were supposed to fly, God has would have given them wings.
Best interest in the circumstances (Score:2)
Solar has government subsidies behind its manufacture and tax breaks to the company utilizing it. It's possible that solar isn't profitable without our tax dollars supporting it.
Solar also has fewer regulatory hurdles to overcome than traditional sources of energy, lowering its relative cost for power companies to implement.
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If this were Google, they'd be giving away the energy. Well, after they've used it and waited an appropriate amount of time.
Yes, it will be beta juice for years until they get the bugs worked out, at which point everything you plug into it, from your refrigerator to your sump pump, will begin sprouting advertising and will watch your every move.
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Granny Smith, then?
Steve is dead, the white is a decade out of fashion.
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I have a 15Kw Solar Panel on my roof
What was the actual power production from it?
My Electric bill last year was £-126.00.
How long does that make your payback period?
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