New Solar Capacity Beats Coal and Wind, Again
Lucas123 writes Solar energy installations beat both wind generated and coal-fired energy for the second year in a row, according to a new report from GTM Research. While solar only makes up about 1 percent of U.S. energy, in 2014, it added nearly as many new megawatts as natural gas, which is approaching coal as the country's primary energy source. Solar capacity grew 32 percent from 2013 to 2014 and GTM is predicting it will grow 59% YoY this year. Just two years ago, in 2012, coal represented 41% of new energy capacity and solar only 10%. Last year, coal was down to 23% of new electrical capacity. Solar capacity growth last year represents a 12-fold increase over the amounts being installed in 2009. Key to solar adoption has been falling costs across market segments and states.
The summary and TFA are carefully choosing their words to make it look like a land slide sized change in energy production, when all they are really talking about is subtle rates of change. But even these twists can't disguise the fact that 23% new energy is still done with coal.
In fact, the solar and wind aren't even meeting replacement needs for coal and gas plants taken out of production due to failure to meet environmental standards, and being too costly to upgrade. Old Coal plants are more often replaced with New Coal plants than they are with wind or solar.
Missing from those figures (because they don't represent New Production), is the number of coal and gas plants upgraded to meet environmental standards.
Its not all bad news. The best wind and solar sites are being heavily developed, cherry picking the most promising sites. And the arid south west is sprouting lots f solar farms. But we need to ramp up both wind and solar many fold before we can even think of retiring coal.
Sig Battery depleted. Reverting to safe mode.
What are you talking about? factcheck From factcheck: "Rep. Gary Palmer falsely claimed on a radio show that temperature data used to measure global climate change have been “falsified” and manipulated." and "Even as these claims of data manipulation have resurfaced, there is now a general consensus that 2014 was the hottest single year since temperature record keeping began. This same conclusion has been reached by NOAA and NASA, the Japan Meteorological Agency, and the World Meteorological Organization. The United Kingdom’s Met Office said that 2014 was among the warmest along with 2010, but it is impossible to say for sure that 2014 was hotter. According to NASA, nine of the 10 warmest years have all occurred since 2000, with 1998 the lone exception."
In most times, most places, by most people, liars are considered contemptible. - Ursula Le Guin
Which Global Warming? The one which stopped 18 Years ago?
No, not that Global Warming, it's another one. You can't say that it has stopped or is dead, because all you need to do is look at a graph of global temperatures to see that this is not unprecedented. The global temperature peaked in 1940 and then didn't reach that point again until 1970. Global Warming didn't stop back then, despite that lull.
In fact, that wasn't a lull, it was more of a plummet then a rise. If you look at the graphs, you will see that the global temperature repeatedly plateaus (or even falls) only to continue warming a few years later.
It is totally premature to try to call the end of a major trend while you are in the middle of it. Just look at how noisy the data is for the period that you mention (which is just one reading). Who is to say that we wont see another step up in the next year or so followed by another plateau at a higher level? It certainly fits the pattern that we have seen in the past.
> Sure, it is technically correct
No it's not.
There are dozens upon dozens of reports, all easily accessible on the internet, that state in no uncertain terms that the US grid is perfectly capable of handing lots and lots of intermittent power. The last report I read, now outdated as its from 2012, said that California was able to use up to 100% embedded PV. That means you could install PV on everyone's home and office to net meter to zero and the grid would handle it just fine.
http://www.cpuc.ca.gov/NR/rdonlyres/8A822C08-A56C-4674-A5D2-099E48B41160/0/LDPVPotentialReportMarch2012.pdf
Structurally these utilities need massive insvestments, long build times, beset by NIMBYism. They pay off only when there is a critical mass of users. Only when the cost of investment is amortized over a very large user base, these projects are economically viable. Once the user base falls below the critical mass they get into a death spiral. Costs keep increasing for the remaining users, and as they drop out, it increases for the remaining users even more.
Electric utilities are looking at exactly the same scenario. In 1955 if someone predicted the demise of street car lines within 20 years, they would have been laughed at. But in 20 years almost all of them became moribund. Except for very high density locales like Chicago, Boston and New York it is mere shadow of its former selves.
As solar becomes cost effective, finance companies will jump in and simplify the financing and installation headaches and make direct head to head comparison possible. "All you pay for is the electricity you actually use based on the meter. All you do is to give us permission to install solar panels in your property. Compare it directly with your utility bill". As affluent customers start using more of solar and use less of the grid, the utility company will start levying "grid-connection fees". And at some point people would start cutting the grid. Then cost will start going up for the remaining users and the spiral would start.
The electric utilities are well aware of the situation. That is why they are fighting so hard.
One way out of their plight is for the utilities to start installing more and more of solar. Solar generation neatly matches the peak demand. If they can use solar for peak summer late afternoon demand and run their gas plants for base load they can survive or stretch it out for a long time. But no matter what, coal is out. Even dirty coal is costlier than gas, not much cheaper than solar. Clean coal just can't compete.
sed -e 's/Chuck Norris/Rajnikant/g' joke > fact
The interesting thing about pumping more energy into a large fluid system is that it accentuates the amount of difference between the hot spots and the cold spots, making the hot spots hotter and the cold spots colder. (fsvo spot that means a moving 'lump' of fluid)
The main effect of global warming is to increase the violence and variability of the atmospheric stirring (commonly referred to as weather). Raising the temperature of 6 thousand billion tons (nb I use uk billions ie 10^12 so we're talking 6 x 10^15 here) of air by a half of a degree represents a lot of energy, that energy means more stirring, means more extremes of weather. It's hardly amazing to anyone who cares to think about it for a moment or two and who's studied a pan on the stove.
So yes, the cold winter you just experienced IS a product of global warming.
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