Apple's North Carolina Data Center Will Feature Biogas Generators
1sockchuck writes "Apple's North Carolina data center will tap landfills for biogas, which will then be converted into electricity using fuel cells from Bloom Energy. The 24 'Bloom boxes' will have a capacity of 4.8 megawatts of power, and along with a large solar array, will provide Apple with a significant on-site generation of sustainable energy. Microsoft is also developing biogas-powered data plants where modular data centers will be housed near water treatment plants and landfills. GigaOm has a useful primer on biogas in data centers, as well as video of the new higher capacity Bloom boxes that will support Apple's server farm."
I thought "biogas" referred to bovine flatulence.
Sheesh, evil *and* a jerk. -- Jade
"The 24 'Bloom boxes' will have a capacity of 4.8 megawatts of power"
I wonder how long it will take before they'll be called "fart boxes", eventually?
Or something to that effect.
Biogas generators, as in... cows?
Ah, arrogance and stupidity, all in the same package. How efficient of you. -- Londo Mollari
Anybody seen the insides of a Bloom box?
Each standard def movie is around a gig of data. High def can be several times that. Add up music and apps and you might be shocked how much data Apple transports through their data centers. On top of that there's the OS and other Apple software from their non handheld app store. There is also their on line storage of data and other services. The Apple data centers transfer massive amounts of data so using renewable sources is a very good thing. Most of Amazon's business is physical not digital where as iTunes is all digital. Google is pure on-line so they eat a lot of bandwidth. I say good for Apple for trying to offset energy usage with more sustainable sources.
Gore is an Apple board member and a partner of Bloom Energy owner Kleiner Perkins.
Set your phasers on "funky"!
They might be really trying to use this for some power, but its more likely just for show. I'm sure at the first sign of trouble the jump to the utility or diesel generators. I don't understand why companies are dumping so much money into new and possibly unreliable tech for a data center they want 100% up time on. They would be better off, using low power lighting and better cooling tech, and other low power solutions. Think about how much extra equipment they have to buy and maintan, On top of the industry standard of UPS, with battery/generator back up they have to buy and maintain, solar panels/batteries and crap powered fuel cells, which tend to have problems due to the dirty fuel.
Sure, bio-gas, solar panels, it all sounds great. But, it's not like we are growing this stuff on trees. It would be interesting to know if someone were to determine the actual cost of mining the earth -which in a way we do for fossil fuels- for the rare-earth metals for solar cells, high-power magnets, and the like. It might seem like a good idea now but how long until we have mowed down all the mountains?
switching off the lights is an instant, free saving.
why not do both?
or is this your personal pissing contest by proxy of apple being the bestest at everything? weird.
see how far feeding the world on corn gets you. most of it is indigestible cellulose, but if you let it decay on it's own, you'll get some useful stuff out of it.
You do realise that the iTunes music store is the largest online music and video retailer in the world (yes, bigger than Amazon); and the iTunes app store isn't the largest online app store right?
And that's completely ignoring the fact that they have an enormous cloud operation syncing iDevices and Macs constantly.
North Carolina is best Carolina
Even if these produce twice much power as the previous generation, as the article claims, that's still probably about $4.00/Watt. If it's 60% efficient, like he claims, that's equivalent to a combined cycle plant, which typically will cost about $0.50/Watt. Why would you pay 8 times more for this? Is there any benefit?
We actually are mowing down the mountains in nearby West Virginia for coal. The coal extraction technique is called "mountaintop removal". Google it -- it ain't pretty. Mining the material for PV or bloom boxes doesn't have anywhere near that kind of impact, in part because the material is part of the generator, not part of the fuel.
This stuff is replacing the need for coal, and coal is what the mowing down of mountains is all about.
Support a few technologists in Washington.
Now I see the real purpose behind that private restaurant at Apple they where talking about! "Pea soup and cabbage today again??"
Let's see how long it takes you to realize, that the maize is specific for biogas. You basically need maize for biogas to maximize gas-yielt. But that you plant any other food (e.g. wheat) on the same fields you plant your maize for biogas (or bio ethanol for that matter).
They'll be serving baked beans in their new private restaurant.
We already got that implemented. It peaks on days when we order curry ...
Also, tax breaks!
NC has *very* nice tax breaks for 'green tech'. On top of the federal one.
Thing is NC also has very low power rates. The whole textile/mining industry moved to china/mexico years ago. So it is way overbuilt in energy generation.
As if working in a data center wasn't already a shitty job, now companies looking to take advantage of biogas are going to locate them next to sewage treatment plants and landfills? Hooooo, wonderful!
Maybe next month they'll figure out how to tap power from rotting paper and hog fat and we can get data centers backed up to paper mills and rendering plants.
A thunderdome will be installed to quickly solve technical disputes.
Or an iThunderdome, if they invent it fast enough.
First of all, enjoy a good chuckle at the term 'Biogas'. Most literature refers to it as 'Landfill gas' and the majority of landfill locations think of it as a waste product to be disposed of as cheaply as possible, mostly through flaring operations. The term 'Biogas' was invented by someone that that wanted to game California's renewable energy programs.
As a fuel, it's marginal, having about 500 BTU per standard cubic foot of gas. Most sources are 10% nitrogen, 40% CO2, 45% methane and the balance oxygen, H2S, water, ethane, ect. The energy cost to clean the gas up to the point where something as high tech as a Bloom Box can use it can reach 60% of the energy of the entire gas stream, as water and CO2 removal are both energy expensive operations.
Still, with all it's disadvantages, I hope Apple is able to make the system work reliably, if only because it's a hard engineering problem they are tackling. And it will be a good proof-of-practicality for the Bloom Boxes.
Couldn't be far away..
^ Probably Sarcasm...
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Hey! You! Stop that! I didn't say you could start yet!
I am armed because I am free. I am free because I am armed.