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January 7, 2009

The German Perspective, Part 2: A Resilient Renewable Energy Leader

Berlin, Germany [RenewableEnergyWorld.com]

When Hermann Albers inherited his father's 80 hectare farm in northern Germany in 1981, he soon realized that it would be necessary to supplement his income. At that time, many family farmers around the country were leaving for urban areas in search of higher paying jobs. But Albers was determined to stay. Finally, in the early 90's with the introduction of the first feed-in tariff (FIT), he found his answer: Wind power.

"This kind of push from the ground up that we see in Germany is necessary for all countries."

-- Hermann Albers, President of the German Wind Energy Association

In 1993, Albers finished installing 11 turbines, each 400-kW, on his plot of land. The project cost €8 million — a hefty price tag for a farmer. But the decision was the right one, he says. Today the project is comprised of three 5-MW turbines that produce 60 million kilowatt-hours each year, providing him with a sizable revenue stream that has allowed him to expand the original farming operations he inherited.

“I took the chance. I was young and stupid to do this,” Albers says with a chuckle. “Now it doesn't seem so stupid.”

Since his initial investment, Albers has established a fruitful career in the field of wind power. He is currently the President of the German Wind Energy Association (BWE) and has participated in the development of four other projects over the last decade, including a planned 240-MW community-owned offshore wind park, which he hopes will be completed within three years.

It seems there are quite a lot of “stupid” people like Albers around Germany. Since the country's FIT was revised in 2000, hundreds of thousands of citizens have pooled their money and invested in wind farms, making Germany a world leader in wind. Interest from both individual citizens and corporate developers has resulted in approximately 23,300 MW of installed capacity and 40 terawatt-hours of wind-generated electricity each year. That makes up about seven percent of Germany's electricity demand.

“When I first started out, we had no idea how wind would function in the whole,” says Albers. “The utilities said 'there will be no change.' But we did it. And now we are producing seven percent of consumption and are working toward getting 25 percent by the year 2020.”

Reaching that goal will mean doubling current onshore capacity to 45,000 MW and adding around 10,000 MW of offshore capacity. Although there is limited space for land-based wind farms, says Albers, much of the new capacity will come as old, smaller turbines are replaced with new, higher capacity turbines through the “repowering” process.

As the world's leading wind market, Germany is in a good position to reach these targets. However, the market is much more mature than most others, which means that wind projects are being installed at a slower pace. New capacity additions have slipped or flat lined in recent years, and the momentum of the industry has switched to countries like the U.S. and China.

Financing issues associated with the credit crisis have also reduced expectations for the German market in 2009. Earlier predictions were for 1,600 – 1,900 MW of installed capacity this year. That number could be as low as 1,000 MW when the year comes to a close. Industry professionals were hoping that an increase in the tariff price for wind of more than €0.01 would get the market moving faster, but it appears that the financial crisis could dampen some of those hopes in the short-term.

“For a variety of reasons, the German market is not growing as quickly as it once was,” says Peter Wasmuth, Chief Financial Officer of REPower Systems, a turbine manufacturer based in the country. “But that means other market opportunities are opening up and REPower and other companies are expanding their presence in those countries.”

German turbine manufacturers like REPower represent almost 40 percent of the global market. So even though Germany may not lead in yearly installations, the country's technical know-how ensures that it will continue to be a major player on the world-wide renewables scene.

In the town of Husum, about 10 kilometers down the road from Albers' wind farm, sits one of REPower's facilities for assembling nacelles and hubs. The components that move through this facility will be fitted to around 400 of the company's 2-MW turbines each year and shipped off to customers all over the world.

Although the global wind market may dip as much as 30 percent in 2009, there are no signs of a slowdown at the Husum production facility. Orders for turbines are often made two years in advance, meaning that there will still be strong demand for these components. If enough projects are delayed though, that will eventually impact the stream of orders here and at other facilities.

Standing in the middle of a long warehouse filled with wind components in various stages of production, RE Power's Wasmuth surveys a group of workers testing the yaw breaks for a nacelle. A slowdown is inevitable, he says. But the company will still grow in 2009 and beyond, making these jobs some of the most secure of any industry.

“We are adjusting our projections as we look at the problems some of our customers may have,” he says. “But we are still going to grow by 30 to 40 percent as we export these turbines to a variety of promising markets. That says a lot about how strong the wind industry is.”

Katrin Evers, Manager of Public Relations for the Berlin-based Photovoltaic module manufacturer Solon SE, says she sees the same thing happening in the global solar industry. Standing on a catwalk above the floor of Solon's 50-MW capacity manufacturing plant, she describes the company's positive-yet-cautious outlook for 2009.

“The books are full...but it would be naive to think of course that we won't feel it next year...we will see an impact due to problems in the financial markets. That is why we've adjusted our figures accordingly,” says Evers.

She says that Solon may grow around 60 percent in 2009 — less than the 90 percent growth the company has seen over the last couple of years — but still impressive.

Other manufacturing companies in the solar industry are reporting similar growth adjustments due to financing issues between banks and project developers. Q-Cells, the world's largest manufacturer of photovoltaic (PV) cells, says that sales dipped around 10 percent in 2008. The company also lowered its 2009 growth projections to 40 percent, down from 50 to 60 percent growth rates in recent years.

“We can't be sure anymore whether our customers will be able to get the financing for the large projects,” says Solon's Evers. “These are problems that all companies are seeing in Germany and throughout the world.”

Germany may be better equipped to bounce back from the current slowdown than countries like the U.S., say some analysts. Small- to mid-sized rooftop installations make up more than 80 percent of Germany's solar market. Those projects are generally easier for banks to finance because of the country's 20-year guaranteed payments for solar electricity.

These tariffs have made Germany one of the most attractive places for companies to invest, according to a new report from Ernst and Young. The analysis firm looked at the attractiveness of various renewable energy markets around the world and rated Germany the top country, along with the U.S. Although both countries are considered the best for investors, Ernst and Young says that Germany is in a much better position because of its incentive structure.

In the U.S., because incentives for solar and wind are based on tax obligations, the economic downturn has reduced the number of individuals and corporate entities eligible for the credits. Related problems in the tax equity financing market will make it more difficult for the American market to get moving in 2009. The German market will be more resilient in the short-term, says Christian Junior, Senior Vice President of Commerzbank AG, a financier in the renewable energy industries.

“Larger projects are still extremely hard in Germany, but the smaller projects are much less difficult right now,” says Junior. “There are many reasons for this, but the feed-in tariff plays an important role. We do expect there will be a significant turn-around after winter and for the German market to be resilient.”

This resiliency is a defining characteristic of the German renewable energy market.

Germany is one of the cloudiest in the world, yet it continues to be a leader in solar; the country has very poor geothermal resources, yet developers are digging kilometers beneath the earth to generate electricity and heat; and wind resources throughout most of the country are mediocre, yet citizens like BWE's Hermann Albers are becoming entrepreneurs and finding new ways to create wealth.

Albers stands proudly in his pressed black suit, looking more like a polished businessman than a pig farmer. He thinks about his experience as a wind entrepreneur and what it says about Germany in general.

“I made a difficult decision, investing in my wind farm. But I see that it was right. Over time, we had many other people make the decision because they knew it was right,” he says. “This kind of push is what we need to help get us through this rough [financial] period. This kind of push from the ground up that we see in Germany is necessary for all countries.”

In December 2008, as part of a trip organized by Inwent, RenewableEnergyWorld.com Podcast Editor and Staff Writer Stephen Lacey, traveled through Germany and met with the country's political leaders and renewable energy industry executives. This is the second installment of his three-part series on renewable energy and climate change from the German perspective. 

For an audio program exploring the German perspective on the industry, listen to the December 21st edition of the Inside Renewable Energy podcast. This podcast is a great opportunity to hear from the experts in a fun and engaging way!

Image Gallery (3)
 
Reader Comments (8)
 
No image available
January 7, 2009
You mentioned Steve that Germany is 'repowering' wind sites. People interested in more can see my piece on repowering in Germany (and elsewhere) in this month's IEEE Spectrum magazine: http://spectrum.ieee.org/jan09/7094. The potential impact is quite staggering.
Peter Fairley
http://carbonnation.info
Comment 1 of 8
January 7, 2009
Go Germany!

It's nice that the US has finally caught up to Germany in GWs of wind, though we have a long way to go in percentage terms. On solar, Germany and Europe can enjoy record low module prices that just emerged this month. See details at:
http://www.setenergy.org

It will be interesting to see how far solar's price will fall in the year ahead...

Onwards,
Dennis
Comment 2 of 8
No image available
January 9, 2009
funny world we live in , yet in this case the man had his vision, and SEEN it through!! As we all can.
Comment 3 of 8
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January 9, 2009
Am I to understand that 7% of Germany's electricity demand is 23,300 Mw of installed capacity? If this is the case their demand is actually 332,800Mw hr
Clarify please.
Comment 4 of 8
No image available
January 9, 2009
The article states:

40 terawatt-hours of wind-generated electricity ... makes up about seven percent of Germany's electricity demand.

Thus total German (energy) demand would be about 571 terawatt-hours
Comment 5 of 8
No image available
January 10, 2009
The article says that 23,300Mw of installed capacity produces 40 terawatt hrs/yr. This indicates that the average actual output from this 23,300 Mw of installed capacity is 4566Mw which translates into less than 20% efficiency.
To put things in perspective it takes 15,000+ wind turbines that take up goodness knows how many thousands of acres of land that could be producing food and growing trees that both absorb vast amounts of Co2 to produce on average a measly 4566Mw when five 1000Mw Coal,Nuclear or Gas units at the expected efficiency of 90% or better built on about a total of 500 acres or less can produce the same amount of electricity 24hrs /day 365 days per yr.
Little wonder Germany has something like 36 new coal fired units in various stages of construction.I guess they want the lights to come on when they throw the switch.
Comment 6 of 8
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January 11, 2009
Does anyone else think that Tony Clark works for the fossil fuel industry??

It is my understanding that coal fired power plants operate at an efficiency of about 30%. Tony Clark fails to mention the coal mines destroy goodness knows how many thousands of acres of land and water systems.

Crops and livestock can operate around wind turbines. How else would a farmer supplement their FARMING income by investing in wind power? Solar PV is attached to the roofs of buildings.

Germany should not be investing in coal fired power plants. Gas is considerably cleaner than both nuclear and coal and would suffice as the country continues its commitment to no more nuclear while making its transition to 100% renewables.

Tony, tell your boss to invest in renewables.
Comment 7 of 8
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January 13, 2009
No Daniel - most coal fired plants are base load generators and generate at or close to 100% of their rated capacity. And no, I do not work for the fossil fuel industry - Did I say I was in favor of coal plants?or any other fossil fired plant plant? As for farmers having to supplement their incomes by allowing subsidized wind turbines on their property seems kinda wrong to me ,I would rather just subsidize the farmers who now are cursing while trying to farm around the turbines. You see Daniel, I am a retired farmer,with an education in electrical engineering. I was lucky enough to be able to sell my farm before the wind turbines were erected around my farm.
As for telling my boss to invest in renewables - you will be pleased to hear
that both my boss (wife) and I do -but it sure isn't in wind power.
Comment 8 of 8
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