energiewende and green energy in germany by jake “johann” dec
TRANSCRIPT
Headlines (2011-2012) Germany Produced 60% More Solar Energy in
2011 Germany — 26% of Electricity from Renewable
Energy in 1st Half of 2012 Germany Is Showing The World How To Become A
Renewable Energy Powerhouse (2012) Germany Sets New Solar Record By Meeting
Nearly Half of Country's Weekend Power Demand Half of Germany’s Renewable Energy is (Still)
Locally Owned (2012)
Headlines (2013) Germans Revolt Against Germany's
Green Energy Revolution Green Power Gridlock: Why Renewable
Energy Is No Alternative Germany’s ‘green energy revolution’
costing billions Green Energy Bust in Germany Siemens to close solar power business
after $1bn loss
Outline Goals of the Energiewende Renewable Energy Differences from US Cities in Germany Growth of Green Energy Production Storage Pollution Industry Conclusions
Energiewende Without increasing taxes, increase the amount
energy production from renewable sources. Research and development of green technology Become a world leader in green industry Reduce the CO2 emissions (2011)Close all nuclear plants and replace their
power production with renewables. Anti-Nuclear support in Germany has been present
for decades, beginning around the Chernobyl disaster in Russia
What is Renewable Energy? Energy harnessed through renewable
means: Solar Wind Geothermal Hydroelectric Biomass
Solar/Wind By implementing feed-in-tariffs,
Germany hoped to have residents install solar systems before they were practical.
Succeeded in dropping the price of solar panels.
Germany has about 4x the total solar capacity of the US (~20x per capita)*
Wind energy production is steadily increasing in Germany
How Does This Differ From US? Over 50% of green energy production in
Germany is by individual or small co-ops In many areas of Germany, citizens
have invested their own money in renewable projects, earning returns on the investments (NIMBY)
Because of feed-ins and subsidies, investors are guaranteed at least a 7-10% return on investment.
Feldheim Small town of 150 people 43 wind turbines and 37
houses. Gets all of its power and
heat from renewable energy Residents paid €3000 each
to create their own energy grid. Reduced their costs by 30%.
Over 3000 people a year visit, though it can’t be used as a model everywhere.
Freiburg As many as 50% of the rooftops have
solar panels. Citizens are committed stakeholders in
the process “Passive House”: cost 10% more to
build, but reduces heating costs by 90%
Misleading Figures Nameplate Capacity: The amount of energy that a
power generation method can create under ideal conditions
While wind and solar nameplate capacity represented 84 percent of Germany’s average electric power generation, it generated only 11.9 percent of total electricity
Different methods of every production have vastly different efficiency: Solar: ~10% Wind: ~20% Coal: ~80% or more Nuclear 90%+
24/7 Production Since solar and wind power do not
produce energy 24/7, ways must be developed to overcome decreased wind and solar production.
There are two major ways to solve this problem: Energy storage Increase 24/7 production methods
Storage Power-to-Gas: Converting excess
electricity to hydrogen or methane gas. Pumping water uphill (hydroelectric in
reverse)
Feed-in-Tariffs make these storage solutions financially unviable, as these company's need to pay for the electricity before they can store it.
Increasing 24/7 Production In 2012 Germany commissioned twice as
much energy through coal than wind and solar combined.
2/3 of the planned new energy production by 2020 involve new gas or coal plants.
Even if Germany increased its wind and solar capacity by 10 times, it still would only produce 1/3 of the energy needed over slower periods.
Pollution in Germany The closing of the 8 nuclear plants in
Germany created a shortage of baseline production.
In response, Germany delayed the closing or reopened outdated brown coal plants.
CO2 emissions from coal have increased 5% in 2012
The Cost of Electricity (kw/hr) RI 6.567 cents (Dec 2013)
US Average: 8 to 17 cents (Sep 2012)
France 19.39 cents (Nov 2011)
United Kingdom: 20 cents (Nov 2012)
Germany 36.25 cents (May 2013)
Mandatory 7.3 cent tax
“Germany's Solar Industry Is Imploding” Because of competition from China,
Germany’s largest solar panel producers have shut down.
China grew from almost zero exports to 80% of the EU solar panel market in just 3 years, fueling a trade dispute.
While the trade dispute was settled in July 2013, the damage was already done to German solar panel producers
Conclusions Heavy subsidies have over incentivized solar
energy (57% of the energy tax is used to pay feed-in-tariffs for solar)
Prioritizing renewables on the grid will cause newer, cleaner coal and gas plants to be unprofitable, causing construction of dirty more polluting coal plants.
Knee-jerk reaction to the Fukishima disaster threw Germanys energy balance off, rolling back reductions in CO2 emissions.
Increased competition from abroad left Germanys solar panel industry weakened. Solar panel prices have dropped 80% since 2008, cutting into profit margins.
Takeaways Smaller scale energy production by individuals
or co-ops reduce NIMBY We don’t need huge solar or wind farms to
generate power. The most beneficial places for solar and wind in
the US are not geographically the best places for it
If we do want to rely on solar and wind for the majority of energy production, we have to invest in energy storage methods
Even without feed-in-tariffs, solar energy is near the point of parity with grid power.
Works Cited Axthelm, Wolfram. Annual balance for wind energy generated in 2012.
German Wind Energy Association. N.p., 30 Jan. 2013. Web. 2 Dec. 2013. Basic Residential (A-16) Electricity Rates. National Grid. N.p., n.d. Web. 4
Dec. 2013. Boisvert, Will. "Green Energy Bust in Germany." Dissent Summer 2013: 62-
70. Academic Search Complete. Web. 5 Dec. 2013. Chaffin, Joshua. "EU and China Settle Trade Fight over Solar Panels."
Financial Times. Financial Times, 27 July 2013. Web. 1 Dec. 2013. "Cost of Solar Is 2–100 Times Cheaper than You Think." Cost of Solar. N.p.,
n.d. Web. 10 Dec. 2013. "Electricity Pricing." Wikipedia. N.p.: n.p., n.d. Wikipedia. Web. 4 Dec. 2013. McGrath, Matt. "German tariffs make green energy too expensive to store."
BBC News. BBC, 11 July 2013. Web. 2 Dec. 2013. Rayasam, Renuka. "A Power Grid of Their Own: German Village Becomes
Model for Renewable Energy." Spiegel Online. N.p., 12 Mar. 2012. Web. 3 Dec. 2013.
Spiegel Staff. "Germany's Energy Poverty: How Electricity Became a Luxury Good." Spiegel Online. Spiegel, 4 Sept. 2013. Web. 2 Dec. 2013.
"10 Amazing Green Cities." Howstuffworks.com. N.p., n.d. Web. 3 Dec. 2013.