In other news, Germany reached 23.9GW of peak solar power output a few days back, around 40% of consumption http://cleantechnica.com/2013/07/07/breaking-germany-sets-so...
In other news, Germany reached 23.9GW of peak solar power output a few days back, around 40% of consumption http://cleantechnica.com/2013/07/07/breaking-germany-sets-so...
[1] http://www.erneuerbare-energien.de/fileadmin/Daten_EE/Dokume...
FWIW, PV contributed 4.7% of the electricity in 2012, wind contributed 7.7%. (Same source.)
In Germany, they prefer burning fossil fuels and therefore need less electricity during the winter. Should those burned fossil fuels be arbitrarily excluded when considering the total energy dependence of the country, considering they could be substituted with other energy sources?
[1] http://www.reuters.com/article/2012/02/14/europe-power-suppl...
The original poster had a much more accurate statement since transportation and industry is so weighted towards refined petroleum products and cannot/can not practically be substituted with electricity.
Also, which goal posts do you think were being moved exactly?
First he tried to minimize the accomplishment of having 40% of consumption coming from PVs by saying that it was from a very small percentage of the total energy consumption.
When it was pointed out that was over all types of consumption, he claimed that electricity could be a higher percentage of consumption if it were not from solar (presumably from nuclear plants).
That is where the goalposts were moved. He went from saying "Well, it's not really that much" to "Oh, it would be even higher if it weren't solar".
Let me point out a few things:
Germany is further north, and its population weighted climate is cooler. It has larger heating needs than France. Electricity is an godawful energy source for heating. Check out payback periods of solar hot water when substituting for NG hot water heaters vs electric water heaters. If Germany wanted to substitute low/no carbon heating they'd be better off with passive solar systems or geothermal - not solar PV or nuclear electricity. The very article he linked to was about France having to buy German electricity because they couldn't heat their own country w/ their huge nuclear fleet in a cold snap. The conclusion to be drawn there is that France's energy policy is flawed, not Germany's.
Also, heating methods aside, the metric is not honest. France has a smaller demand base than Germany (quick research: approximately 650TWh vs 525TWh in the mid 2000s) and Germany's economy is more industrial and energy intensive, which frequently doesn't permit electrical substitution.
Anyway, I don't have time to write more or edit this a bunch. But I hate to see poorly organized thought spreading anti-memes about clean energy.
I'm guessing you are one of many that don't read articles ry comment on?
Here, fixed that for you. (Pilot projects on a large scale are useful to all of us. Someone has to finally do it.)
Let's build amazing green technology, invest and then profit some from adaption and then see the real goal come true when everyone starts to make it. It might kill some companies in the end, but there's so much more at stake here.
The amount of electricity actually produced is almost neglible (a meager 3.1% in 2011), whereas the consumer price has almost doubled since 2005, and is now one of the highest in the world.
Even if you assume that this giant experiment in planned economy would somehow lead to technological breakthroughs, making producing electricity via solar economically feasible in the long term, Germany would still have to recover the cost of 20+ years of subventions (which already amount to over 100 billion €, and that's only a fraction of the total sum which has been guaranteed by the EEG), while other countries with much better climatic conditions would be able to reap the majority of the profits.
So was it a jobs program or environmental? Politicians love to sell programs as one while really doing the other. Jobs programs tend to be vote buying schemes for the most part.