Bavaria to Swap Nuclear for Fossil EnergyNuclear

Going from sixty-to-zero on nuclear will require significant new fossil generation in the German state. Bavaria is expected to trade out their significant nuclear electricity portfolio for fossil generation in the coming decade, according to new analysis from Der Spiegel. While the contribution of non-hydro renewables is anticipated to increase from 10 to 36 percent of generating capacity, the largest increase comes from natural gas, which will increase its portfolio share from 10 to 46 percent, far more than any other single fuel. Spurred by recent fears following the Fukushima crisis in Japan, Bavaria is just the latest to abandon its nuclear investments in favor of fossil fuels, trading unlikely radiation risks for certain emissions and pollution increases from natural gas combustion.

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Germany’s economy minister, Philipp Rösler, arrived in Athens on Thursday with businessmen, entrepreneurs, financiers and green energy experts in what was billed as a potentially groundbreaking visit to draw badly needed investment into the debt-stricken country.

The prospect of German business reviving Greece’s economy might have seemed far-fetched not long ago: at 109 in the World Bank’s “ease of doing business” index, the nation ranks below Bangladesh, Ethiopia and Yemen. Foreign direct investment in the country was on a par with that of Libya before the outbreak of war.

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wunderland-6

A disused nuclear power station in Germany has been converted into the Wunderland Kalkar amusement park, following the government’s decision to abandon all nuclear energy plants. Wunderland Kalkar is most likely the first of many more creative conversions to come, with approximately fifteen more power plants to be be completely abandoned by the year 2022.

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A small Muslim community in northern Germany is pioneering renewable energy sources by planning to build a mosque with wind turbines in its minarets.

The €2.5m (£2.2m) project would see the mosque in Norderstedt, near Hamburg, become one of the first to turn the minaret, the place from which the muezzin called the faithful to prayer, into a wind-fuelled power source.

The eco-friendly building is the brainchild of the Hamburg architect Selcuk Ünyilmaz, who has long incorporated energy efficiency into his work. “I thought about how we could give sacral architecture an ecological focus,” he said. “My design combines the modern with the traditional, so I wanted to give the minarets a contemporary function.”

An eco-friendly mosque is being planned for Norderstedt, northern Germany, with wind turbines in its minarets. Photograph: Heribert Proepper/AP

 

The wind turbines will be housed in two 22-metre-high minarets and Ünyilmaz plans to install a pair of 1.5-metre glass rotor blades in each tower. At certain times of the day light will be beamed at the blades to create a kind of light show.

Until now the 200-strong congregation, part of the Turkish-Islamic Union for Religious Affairs, has made do with a 100-year-old building ill-equipped to house a religious community. But last month local authorities approved plans for the project, which will measure about 1,300 sq metres and comprise two parts, the mosque and a larger building containing shops, travel agents, a cafe, hairdresser and offices.

“We want to create a meeting place for people from all religions and nationalities,” Ugur Sütcü, the chairman of the Norderstedt congregation, told the Hamburger Abendblatt newspaper. “There will be advisory services on offer, as well as social, cultural and sporting activities.”

In order to persuade some of the more sceptical members of the congregation of the merits of his the design, Ünyilmaz looked for other mosques with similar wind turbines. But he could not find any other examples that had already been built.

The German mosque will not be the first of its kind, however, as the Islamic missionary group Tablighi Jamaat is also planning to build an environmentally friendly mosque with wind turbines in its minarets in time for the London 2012 Olympics.

Ünyilmaz’s scheme has come at a fortuitous time. Germany has approved a 2022 exit from nuclear energy and there is pressure to make up the shortfall by boosting the renewable energy sector.

The community in Norderstedt might be in tune with the energy zeitgeist but is does not yet have funds for the project. However this is not something Sütcü is too worried about. “We are confident that we can raise the money,” he said.

The coastal town is perfectly situated for wind energy production, and the minarets will help cover the building’s overheads, providing about a third of its energy. Ünyilmaz said that was one of the reasons he opted for turbines instead of solar panels, which would not produce electricity at night. “We are in the north and I don’t think there’s a day here that isn’t windy,” he said.

 

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German port

CUXHAVEN, Germany (AFP) – The small German port of Cuxhaven is betting its future on North Sea wind, promoting itself as a base for new offshore wind farms as the country embarks on a bid to scrap nuclear power.

Five-hundred-tonne tripods, meant to be sunk to the sea floor to support giant wind turbines, line the quays awaiting shipment out to sea.

“Wind power is the promise of an industrial future. Business used to be stagnant,” says Hans-Joachim Stietzel, scientific director of the local economic development agency.

For this port of 52,000 inhabitants, which once lived off fish factories and retirement homes, Chancellor Angela Merkel’s decision late last month for Germany to renounce nuclear power by 2022 is manna from heaven.

Cuxhaven, which was losing its importance as a harbour because of the development of giant container ships that prefer ports such as Hamburg or Rotterdam, decided to take up the windpower challenge as early as 2007.

It built a specialised terminal, with roads and platforms designed to take very heavy loads, and turned sheep pastures into industrial parks.

With parliament expected to vote later this month on abandoning nuclear power and the government promising five billion euros ($7 billion) to develop offshore electricity production, Cuxhaven is eyeing a golden opportunity.

“Of course this is going to help. But we didn’t wait for the government to get on with the job,” says engineer Rolf Bartelheim of Cuxhaven Steel Construction, a firm that set up shop here in 2009.

Workers busy themselves around the giant tripods which will be sunk in waters from 20 to 40 metres (65 to 130 feet) deep.

The turbines will then stand 100 metres high with rotor spans of equal dimension, taller and wider than London’s St. Paul cathedral.

“We have a two-to-three-year jump” on other German centres, such as Bremerhaven in the northwest, says Stietzel who believes nevertheless there will be “enough work to go around”.

By 2030 Germany wants offshore wind power to provide 25,000 megawatts of power, the equivalent of 20 nuclear reactors.

Three offshore wind farms are currently operating in German waters, while some 20 more have been granted planning permission. Another 20 are planned.

Merkel recently inaugurated the country’s first commercial wind farm, with 21 turbines set to supply electricity to more than 50,000 households, off the northeastern Baltic coast.

Germany has big plans for offshore “clean” energy, but it got off to a slow start compared to Britain and the Netherlands because of its very strict planning rules, which have only allowed turbines to set up in deep waters.

In the North Sea, this has made everything more difficult, from setting up the turbines to connecting them to the grid.

“Because of weather and safety concerns, we’re happy if we can get 85 days in the year to go out to sea to set up the wind turbines,” says Bartelheim.

Financing is also a problem, he says.

“The five billion promised by the state won’t cover all the costs” at a time when private investors are reluctant to back such costly developments, he says.

The start-up cost of a wind farm is about one billion euros.

 

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