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Mistakes under Merkel continue under the Greens and Social Democrats. Germany fails to invest in its solar industry even as the fight against climate change ramps up and the need for solar energy is growing rapidly. Manufacturers of solar cells in east Germany that remained under Merkel- surviving Chinese investment ramped up to overcome a German lead in solar- by pursuing niche markets, are still failing to get the federal government's attention and support. This NYT report shows the situation in Germany as Chinese imports of solar take up 97% of the market. China sends solar panels to Germany and the EU at below production costs this NYT report says, with the US having erected barriers to Chinese imports to build its own manufacturing capabilities with Biden's support. Product intended for America is now put in the European market pushing prices down even further. 

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A shakeout for manufacturers in the solar industry is developing in 2011-2012, as prices of solar components drop sharply. There is slowing growth for solar products in 2012. Seven solar power manufacturers have filed for bankruptcy or insolvency in 2011, including two German companies Solar Millenium and Solon SE, and Solyndra LLC of the U.S. Debt exceeds market capitalization for the 10 largest publicly traded solar companies. A major reason is the subsidies offered by governments in Europe, the U.S. and China, which resulted in a glut in manufacturing capacity and falling prices. Chinese banks encouraged by the Chinese government have given $43 billion in credit facilities to Chinese renewable energy companies, according to Bloomberg Energy Finance. Prices of solar panels at $1.60 per megawatt in 2010, dropped to 90 cents per megawatt in 2011. Another problem is slowing demand. In Europe banks are reducing funding. Installations doubled for solar energy in Germany in 2010, and dropped 29% in 2011, according to Jefferies. Germany is the largest market for solar energy in the world....

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Tom Friedman explains why Applied Materials is one of the largest solar panel manufacturers in the world but makes its panels in 5 factories in Germany, four in China and one each in India, Taiwan and Italy. With no factory in the USA. And all 14 factories put up in the last 2 years, put up overseas. Applied Materials is opening its largest worldwide research facility in Xian, China, in October 2009. Applied develops the knowhow for solar energy at its research facilities for manufacturing technology. These solar panel factories says Applied CEO Splinter go for about $200 million each. Solar panels technology can vary from thin film coated onto glass with nanotechnology using crystalline silicon, to other technologies. Germany is at the forefront of the world solar energy industry. It is the second largest industry in Germany employing some 50,000 people. China is putting a new emphasis on pollution free energy. What Germany has done says Friedman after visiting Applied Materials research facilities, is to allow any business or homeowner to generate solar energy, and if they decide have the power utility to connect them to the grid as well as buy the solar power at apric and duration attractive to the homeowner or business user. Something the USA has still to do. As a result solar energy consumption in the USA lags way behind these countries. Applied Materials largest USA customer is a German owned company in Oregon says Applied CEO Splinter. Splinter points to the fact that solar energy is becoming an important industry, similiar to the way the auto industry assumed importance. For Applied Materials this means revenues of $1.3 billion in the last 12 months, according to Splinter. ...

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Fearing retaliation by Chinese regulators, US executives are silent on trade issues. As a result the issue of wind energy subsidies to Chinese manufacturers was brought up not by GE, a manufacturer of wind turbines, but by the United Steelworkers Union in the US. The US filed a WTO complaint in this matter based on the US Steelworkers petition. GE has stayed silent in this matter in deference to Chinese regulators. Only Solar World, a German company, has stepped forward to strongly endorse the investigation. Solar World has manufacturing sites in Oregon and China, but no plants in China.

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Germany went through a period of stagnant growth and persistently high unemployment leading to reforms of the welfare system and entitlements under the Schroeder administration. The reforms led to lower unemployment benefits and an effort to get the unemployed take up jobs. Instead of unemployment benefits that amounted to half the salary indefinitely, unemployment benefits ended in 12 months under the reforms, and workers were forced to take up jobs or dig into their savings. The cuts to benefits led to more of the unemployed taking jobs that were not their first choice with lower incomes. Unions agreed to defer wage demands and wages remained relatively flat for a long period. The "kurzarbeit" system of government subsidizing employers to retain workers during economic downturns, helped cushion the workforce from ups and downs in the economy. Unemployment which was in double digits a decade ago, is now 6.1%. The system still preserved some other aspects of generous benefits- parental leave of 14 months at two-thirds salary, vacation time and publicly sponsored health insurance. Recent changes include raising the retirement age to 67 from 65. The Organization of Economc Cooperation and Development estimates that the 200,000 jobs saved in Germany during the recession of 2008-2009 cost the government $7 billion. Government funds helped companies retain workers by paying a portion of worker salaries and averting layoffs.This comes to $35,000 per job. Compare this with the $38.9 billion allocated to a loan program at the Energy Department under the U.S. stimulus. 8050 jobs were created under this program according to the Washington Post- for the money spent so far in Sept 2011- 2 years into the loan program, of $19.3 billion. This comes to $2.4 million in government guaranteed loans per job. The Energy Department says that 33,000 jobs were saved under the $5.9 billion that was given to the auto industry under this program for investments in manufacturing to improve fuel efficiency. This comes to $178,000 per job. The Energy Department and Congress estimated a 5%-10% loss on the $38.6 billion loan program for loans that go sour, such as the Solyndra solar company $535 million loan. This comes to $1.9 billion at 5% loss and $3.8 billion for a 10% loss. The purpose of these figures is to show the cost of programs when the programs fail to achieve job goals or produce too little for the investment. The $3.8 billion loss under the program is over half the $7 billon Germany invested for the 200,000 jobs saved as estimated by the OECD. That ranks as a far superior investment than the Energy Department program. For the U.S. there are aspects of German reforms such as "kurzarbeit" that bear emulation, with serious questions about the effective use of the U.S. stimulus funds. For the rest of Europe the stingier unemployment benefits, raising the retirement age to 67, and other reforms send a different message. From the average German the message is: we made the tough changes, the rest of Europe cannot expect Germans to pay higher taxes while they put off similiar changes. Italy needs to change its retirement age, just as the Germans have done. As Chancellor Merkel puts it: "People in countries like Greece, Spain, Portugal shouldn't be able to retire earlier than in Germany. It's important for everybody to put in effort to make it roughly equal. Germany will only help when others really make an effort." Which is why Greece, Spain, Italy, even France are faced with making serious changes. This isn't stalling when it comes to euro bonds, from the German perspective. And it isn't about the lack of committment to the idea of a European Union, as all major political parties in Germany, the CDP, the SDP and the Greens, all strongly support the idea of a European Union. ...

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A new solar module factory in Freiberg, near Dresden, Germany, with the latest technology, requiring workers to only supervise the manufacturing process, is shown in this report in DW.com. It is cheaper to make higher performance solar panels that produce 20% more electricity in Germany than to import from China. This could be a global trend in automated supply chains. This is a technological shift says the CEO because more efficient production technology requires less resources and fewer steps in the manufacturing process. Key components such as solar cells are also made nearby in Leipzig in eastern Germany, 90 miles away.    This report shows the interesting changes that are underway. In 2018 the factory building in Freiberg now being used for solar modules was left empty after German manufacturer solar company Solarworld lost a price war with Chinese competitors. Today this solar company Meyer Burger brings new jobs and excitement to Freiberg and the region. By 2026 plans are for it to make 5 GW of modules annually in Germany. Meyer Burger made the heterojunction SmartWire technology machines that made solar modules. In 2020 it decided to make solar modules instead of selling its equipment to others, using its own proprietary technology. Thinking has changed. CEO Erfurt says it is complete nonsense to transport solar modules halfway across the world from China, they should be made where the products are used as it is energy infrastructure. Transport costs 10% of cost, and new technology is constantly being developed and costs decreasing with technology advances. He adds that this is how energy sovereignty can be achieved. In 2021 the demand is expected at 209 GW worldwide. Erfurt expects it to be 500 GW in 2025. Large demand that will now be met locally in the regions themselves- in Spain, in Germany, and in India.   ...

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See the important link to Keith Johnson, 7/9/2007, WSJ, on the economics of wind energy, suppliers, and the industry in the US and Europe, and the shortage of turbines because of some 800 parts that go into the turbines and blades making it a complicated supplier issue to get more turbines. We can make only more turbines as fast as we can access the last of some 8000 components says a Vestas executive. Windmill generated electricity was only 0.4% of the electricity generated in the US compared to 0.1% for solar and 0.4% for geothermal but of the new energy added in the US in 2007 it was 30% of the new energy generating capacity added. So it has a disproportionate share of the increase in generating capacity starting from an insignificant base. Its a new industry but with many companies the largest being Vestas of Denmark, GE Energy, Nordex of Germany and Accoiona of Spain. Germany, the US, Spain India, and China are countries at the forefron of the wind energy business. Because the business is relatively new manufacturers were not providing the installation and maintenance required in emerging market countries in 1995 when Suzlon which had powered its yarn business in Surat, Gujarat with 2 wind energy turbines from Vestas entered the business seeing an opportunity. Mr Tanti of Rajkot, Gujarat, Suzlon's founder saw the opportunity and used European firms to design his turbines and blades and provided energy to Bajaj Auto and large Indian companies that have an erratic supply of electricity because of chronic electricity shortages. Starting with a tax break which allowed Suzlon to deduct windmill costs against its sales tax bill enacted in 1999 and retracted in 2002 Suzlon took advantage of lower manufacturing costs in India. Its main plant is in Pondicherry, India. By 2002 sales had increased to $131 million in India from $32 million in 2000. The company entered the US market in 2003 and in 2004 with the boomin stock market in India Citigroup took a 9% stake in Suzlon for $22 million. By 2005 Suzlon because of lower manufacturing costs had margns of20% compared to 8% for European companies and Suzlon raised $340 million in an IPO. With loans from Barclays and Deutsche Bank Suzlon bought European parts makers Hansen Transmission in 2006 and set up a factory in Tianjin, India. Early on in the 1990's it had set up an R&D center using engineers in Germany of a supplier company in wind energy Sudwind that had exited the business, this R&D center now designed its largest turbine for US and European markets of 2.1 megawatts and blades 50 yards in length. Today Tanti and Suzlon are faced with problems accessing the world class technology of the western companies as its technology has not kept up with the technological advances especially in addressing the needs of western markets. It has about 8% of the US market and about $1.8 billion in global sales. Its pricing to Edison Energy in 2006 for 1.2 megawatt turbines was 20% below European and American manufacturers. Its latest designs have flaws because Edison Energy of Irvine , California, has seen cracks in the blades at 3 windmill sites in the midwest USA and Suzlon has withdrawn 1251 blades, the majority of the ones sold in the US. Deere and Company another customer has experienced the same problem. And even though it has moved to acquire technology by taking over 33.6% of REpower which has advanced technology and makes 5 megawatt turbines. its mired in its efforts to get the blueprints of advanced designs from REpower because German law considers minority shareholders like Suzlon as competitors, other shareholders Areva of France and Martifer of Portugal have to be bought out and minority shareholders also bought out before Suzlon can access the designs. Speed, funding, tax breaks, and timing to attract capital, and most of all insight and courage to see a growing opportunity from its own experience of using two 2.1 megawatt turbines from Denmark's Vestas, and looking deeper into problems with maintenance and support in Asia and lack of technology for homegrown development that hamstrung development of energy alternatives in dire and chronic electricity short Indian companies, this has helped bring windpower to India and a new company in a new industry from scratch. ...

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Kessler in the WP corrects Obama's claim that he created 800,000 jobs. He says this is clever arithmetic as it takes a low point in Feb. 2010 following the financial crisis. Kessler points out that according to the Bureau of Labor Statistics, U.S. manufacturing jobs were 12.56 million in Jan. 2009 when Obama became president. In Nov. 2016, early estimates show there were 12.26 million manufacturing jobs, a loss of 300,000. This loss does not reflect the problems in the U.S. auto industry and older industries in the midwestern states as a result of trade and globalization that speeded up with the rapid industrialization of China. And led as Greg Ip pointed out in a recent WSJ report to a rapid acceleration of job losses in a decade that did not happen in the same scale during Japan's industrialization and urbanization in the sixties. This aggravated the situation in Michigan, Ohio, Wisconsin, Indiana, and Pennsylvania, and was met with a feeble response from Democrats. Even a economist like Krugman favoring the Obama administration's efforts came to the conclusion that TPP did not add much to gains from trade as most of the gains had already been realized. More of the gains went to tech and IT in California, at the expense of the auto industry based in the midwest. A report in WP show a president too close to IT in California and failing to grasp the situation in the midwest. Voters punish whoever is in power, regardless of being Conservative or Liberal, in Canada the hollowing out of manufacturing under Harper in Ontario and Quebec led to the win by Trudeau's Liberals.  ...

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A shift in priorities away from focussing on high growth to lower sustainable growth was announced by China's premier Wen Jiabao at the National People's Congress, China's parliament, in March 2012. This shift will reduce investment in infrastructure, power generation and exports, which will affect the level of imports of commodities from commodity producing nations in the Middle East, Australia, Canada and Brazil. It should increase imports of software, computers, entertainment, tourism and high tech goods from the U.S. and Europe. Chinese leaders have said they would make this kind of shift for some years now but growth has consistently increased more than the target rate, and domestic consumption as a percentage of the economy has actually decreased in the last decade. Now 9-10% growth rates may be a thing of the past and the target of 7.5% set this year may be actually closer to the real figure. The Chinese leaders have belatedly realized the need to make these changes now because slowing markets in Europe -which is seeing declining growth and high unemployment- and in the U.S., make the issue impossible to avoid. Wen told the Congress: "Accelerating the transformation of the pattern of economc development... is both a long term task and our most pressing task at present... Domestically it has become more urgent but also more difficult... to alleviate the problem of unbalanced, uncoordinated and unsustainable development." This is his way of saying that its unavoidable and better to start in earnest now, and at the same time recognizing the resistance to change from the stateowned companies and the other interests who have benefitted from surging growth, and now occupy a central role in the power structure. An opinion article in the People's Daily, China's official newspaper, said: "imperfect reforms are to be preferred to a crisis caused by no reforms." The World Bank's president Zoellick is respected by the Chinese leaders. He also urged them to make changes now. The recent report of the DRC, China's planning research arm, and the World Bank, also laid out the new direction away from a focus on infrastructure to domestic consumption. The fear is sudden deceleration in the absence of policy action. The impact of this will be negative for commodities over time, leading to slower growth in Australia, Brazil, and Canada. It should boost imports from Europe and the U.S. of high tech, consumer, pharmaceutical goods over time....