Solar farm when the power goes down...does it cover the entire state to provide enough power for a DATA CENTER? Does everyone hear realize the power requirements of a data center? I also mean beyond just the electronic equipment? You have to keep that stuff cool or it fails so, Chillers, cooling towers, air handling units, pumps, etc.....LOTS and LOTS of power.
And King Josh, in what fairy tale did you learn the world is going to "run out of oil'? The US has enough oil under the 48-states to last 400-years at current consumption levels.
You didn't read the article.
Apple is not relying on solar power for all of its electricity needs, in fact, it's building the largest fuel cell installation in the USA. The fuel cells will provide the bulk of its needs. Solar panels are there to help provide cooling power during the hottest times of the year. Times when the entire grid is likely to fail. Just like in aircraft manufacturing, redundancy is extremely important in the power planning for data centers.
If Apple were to rely on unstable, outside sources for its electricity, iCloud would be plagued by outages. By investing heavily in reliable and renewable power, they will be at the head of the race.
I don't know why that is so difficult for so many people to understand.
IF the US has so much oil as you claim, why are we currently importing so much? Perhaps you could supply verifiable sources to back up your rather outrageous claims?
As far as I am aware, there have only been three instances of "large amounts" of nuclear waste being released into the environment.
Chernobyl was caused by the Russians FORCING their reactor to melt down by physically disabling the safety systems.
Three mile island again was caused by human factors that would not have resulted with anything like a modern fully automatic, fully redundant system.
Fukushima (or however it is spelled) was caused by an unprecedented earthquake and tsunami.
Finally, yes Nuclear waste tends to have extremely long life, and can be dangerous for tens of thousands of years. But it seems safe to me that our world scientists and engineers will come up with a solution to this problem within a few tens of years, let alone the thousands of years that today's long term storage solutions are guaranteed for.
So, what about the cumulative impact of all the 'small' amounts of nuclear waste releases? Are they irrelevant because of their size? Or simply convenient to ignore?
Three Mile Island and Chernobyl are prime examples of why nuclear will always be dangerous to humans. The reason being is that they are designed, built and operated by humans. There's no way to get around that.
The size of the Fukushima earthquake was hardly 'unprecedented'. There have been much larger earthquakes and there will continue to be larger earthquakes.
I highlighted the word will because it seems sort of idiotic to believe that we will when after more than 75 years, we still haven't come up with any truly safe and long term solution for nuclear waste storage.
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How many people die from coal mine accidents? How many people will die from increasingly hostile weather and rising seawater caused by global warming? How long until mid to high range radiation exposure is easily treatable in hospitals? I've got to say, I'm sick of the negative campaigning nuclear power gets. Especially when the fuel can be safely open-cut mined out in the desert of Oz. Which also doubles as probably the safest place in the world to store the radioactive waste generated.
How many nuclear reactors will be under water from rising seawater or will have to shut down because of prolonged drought? You can't just up and move them, now can you?
Let's see, you need to spend vast sums mining the ore which is incredibly destructive to the environment, then transport it to a processing facility, then to the power plant, then send it somewhere for storage. The problem is that there's no way that nuclear will ever be cost effective and it's mostly because of the future storage costs as well as the inevitable damage that the transportation and use will cause. Solar and fuel cells have clearly defined costs and lifespans. There's no question of how much it will cost 5,000 years from now to deal with solar panel waste. It's a no brainer. Nuclear has no future, simply because it will consume the future.