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This story in the NYT showing America's GE building a wind turbine three times as large as the Statue of Liberty in New York harbour, comes after a decade of bad news from GE, beginning with its role in the mortgage financial crisis when its stock dropped to new lows. Bad bets on conventional power generation in its power division are leading to the change at GE where it is now investing in renewable energy. Under CEO Immelt GE did not anticipate the surge in growth of renewable energy powered by government subsidies. Now GE is pursuing an aggressive strategy by building larger wind turbines than its competitors Vestas in Denmark and Senvion in Germany. A 12 megawatt turbine is planned by GE called Haliade-X, to be built at a cost of $400 million for demonstration in 2019, shipping units in 2021. Competitors are looking at building a 10 megawatt wind turbine. Vestas SA and Mitsubishi Heavy Industries have a 9.5 megawatt wind turbine in operation as prototype in Denmark. The bit of good news comes with the backdrop of big changes at GE as its power division falters badly. GE under Immelt badly misjudged the market for gas and coal turbines, building inventory and resorting to aggressive pricing, not anticipating the push evident in Germany and in China towards renewable energy. The shift to renewable energy reduced demand for conventional power in Germany and the U.S. In Germany. Electric companies in conventional power generation are struggling. At GE orders declined by 25% and profits by 50% in the 4th quarter over the prior year. 12,000 job cuts are planned in the power division, 18% of its workforce. Older board members at GE are expected to leave, and GE under new CEO/Chairman John Flannery plans to shed $20 billion in assets in a major restructuring and shift to renewables.   Larger wind turbines of 10 megawatts or larger are the next stage in wind energy as the Netherlands and Germany move to build wind farms free of subsidies. The economics of larger wind turbines are critical as less geographic acreage is needed with larger turbines. ...

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Approval process by government is now much stricter and the approval process takes longer for new wind turbines. A leading renewable energy developer BayWa re. estimates 45% of the old turbines installed 20 years ago would not be approved under today's stricter standards. As these become unprofitable a lot of new turbines have to replace older ones. After years of gains suddenly in 3 years the wind power capacity installed each year is dropping sharply, and is in deep trouble. Especially because wind energy plays a big role in Germany, accounting for 25% of total electricity production in 2019, solar only has 10%. For all of Germany only 290 MW was installed in first half of 2019, 80% drop from same period 2018.  In 2018 2800 MW of wind turbines were installed, and that was down from 5000MW in 2017. Problems in addition to stricter approval standards is the resistance from the public which fears wind turbines close to residential areas could affect health of residents. In Bavaria 10H ban is imposed on new installations, requiring 10 times the height of the wind turbine as minimum distance from homes. Other issues are wildlife and the impact on  birds in the area. 300 turbines for 1200 MW are blocked for this reason. Other reasons are military concerns, FM radio beacons. It used to take 10 months for approval. Now the process is so long that the technology itself has changed by that time. Commercial risks are growing for operators in this environment as new costly regulations come into place. A regulation in Brandenburg requires payment of 10,000 euros to neighboring municipalities per wind turbine. Subsidy eligibility is also being cut. ...

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Which European port is at the center of Europe's wind energy project. Answer: Esbjerg, Denmark. On May 18, 2022 the heads of state of Denmark, Germany, Netherlands, and Belgium came together to sign the Declaration of Esbjerg. Together the countries want to increase wind energy production in the North Sea to 65 gigawatts (GW) by 2030 and rising to 150 GW by 2050. Esbjerg is one of the few ports in Europe and the key port serving the offshore wind industry. Industry leaders Vestas and Siemens Gamesa ship wind turbines from here, and Orsted provides spare parts that weigh several tons.  German ports such as Bremerhaven lack the infrastructure and it is tied up in disputes ending up in court. Dutch port of Eemshaven is much smaller. The harbor was recently expanded in Esbjerg by 0.5 million square metres to 4.5 million square metres or 45 million square feet. Environment groups are also part of this and there is no dissent in the planning. Here are some useful facts on wind power- Environment cost is 70 times less than that of coal fired power according to Germany's Federal Environment Agency. Within 3  to 11 months wind turbines generate the energy required to build them. No CO2 is produced in the electricity generation process but they do alter the landscape. The future of wind power giants is in the sea where the wind is reliable and strong. One such modern turbine can have an output of 10 to 15 thousand kilowatts to provide electricity for 40,000 people. Pioneers in wind energy are Denmark and Germany. Denmark gets 50% of its energy from wind power, for Germany this is 25%. Jobs are generated installing and operating these wind energy turbines. 1.3 million people are employed in it today. With additional wind propulsion energy consumption of freighters carrying most of the world's freight would be reduced by 30%. Wind and photovoltaic solar can combine for providing most of India's energy because of its sea coastline and having a lot of sun. To get an idea of what is doable in India - in Germany 41% of electricity demand is met from renewables mostly solar and wind. German farmers get 25% of their income from solar energy. Where Germany lags is in use of renewables for transport which falls to about 9% and for heating and cooling where it is about 18%, and it is making great strides to correct this. A big change is technology and how people use transport (more train than airline or automobiles), which will change the entire picture of how energy is created and used in the future. Energiewende the  term for this change is only beginning to take place with urgency in Germany in 2022. India needs to work closely with Denmark and Germany to stay in front of these developments.   ...

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The first of many coastal wind turbine energy projects on America's coastline produces energy. The Vineyards Wind project in New Bedford harbour in Massachusetts sends 5MW of energy to the New England grid this week. The Operator says 5 850 feet tall turbines will be operational early this year. In all 62 turbines will generate wind energy, enough to power 400,000 homes. The White House's and president Biden's target is for 30 gigawatts of wind energy to power 10 million homes by 2030. Understand how Danish companies are leading the effort which is also why Danish companies were invited to India for its nascent wind energy industry. Copenhagen Infrastructure Partners is the developer with Avangrid of Spain. South Forks Wind is a smaller 12 turbine project off the New York coastline which s being developed by Orsted of Denmark. This Guardian report says some of the opposition to these projects in other parts of the country are coming from fossil fuel companies that seek to prolong the use of fossil fuels in the face of warnings of climate change by scientists and other leaders in government and industry. ...

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The Vineyard Wind Project is a major new wind energy project approved by the Biden administration. 84 turbines will be installed 12 nautical miles from Martha's Vineyard to generate 800 megawatts of electricity. This would power 400,000 homes.

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France has renewable energy potential for wind farms that is similar to Britain with its long coastline. The Saint Nazaire wind farm with 80 turbines opens on the Atlantic coast with president Macron saying it is time to go twice as fast as other countries in Europe. France gets only 7% of its energy from wind compared to 22% for the UK, 23% for Germany and 44% for Denmark.  Saint Naziare wind farm took 10 years after protests from environmentalists, fishermen and other groups. France is looking at diversifying its energy capabilities so that it is not too dependent on nuclear energy. Macron says- "Our neighbors are going twice as fast. we have to get rid of the legal disputes and the delaying tactics."

Three wind farms will come on stream in months in Normandy and Brittany. A floating wind farm is proposed for the Mediterranean. Macron wants to see more nuclear reactors. He also says the key to better energy supply is diversification.

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Across Europe the big energy push is in solar. The goal is to triple the size of solar by 2030 in just 8 years. Germany already gets 17% of its energy from solar. It is considered better and more acceptable to people and landscapes than wind turbines. This WSJ report looks at how this will be done and what hurdles have to be overcome. By 2030 45% of the total energy use in Europe has to come from renewable energy.

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This report on Danish wind energy company Orsted, looks at the journey of the largest developer of wind energy in the world from a company sending natural gas from North Sea to Europe to a joint developer with Denmark's Vestas of offshore wind farms. Last year Orsted, pronounced Ehrr-sted in Danish for the O and named after a Danish scientist, decided to invest $57 billion in offshore wind farms by 2027. It was not easy and the path required a bold vision and bold action to invest in wind energy for the long term even as debt piled up from losses in natural gas competing with coal, climate change committments were not yet strong, subsidies were required to make wind energy competitive, and debt was piling up. It would take a decade of hard work and technological innovation to produce wind energy that could outcompete coal and natural gas on cost without subsidies. The year is 2009 with the Climate Change Conference in Copenhagen. The predecessor company to Orsted was losing money in natural gas with lower cost coal energy generation in Europe at the time. Yet the mood was changing governments were willing to invest in renewables. In 2012 a new CEO Paulsen did a review of 12 businesses of this Danish energy company and decided wind energy was the only one with long term prospects. The Copenhagen Climate Change Conference created new awareness for the need to come up with a long term solution for energy that has no negative health effects and is renewable. That Conference set a goal of 20% for renewable energy by 2020 in the total mix for Europe up from 14%. Paulsen saw an opportunity in the crisis at the company then called Danish Oil and Natural Gas. The new company was called Orsted and the old divisions in fossil energy were sold to invest in wind farms offshore. The way Paulsen saw the situation was that the company had to take radical action whether it wanted to do so or not. By 2012 Danish pension funds were investing in large offshore wind farms of Orsted, taking a stake of as much as 50% in the Nysted wind farm. The Danish government which owned 80% of Orsted thought its projects were risky. Hard work with Vestas which builds the turbines in Denmark paid off in developing a huge new turbine that would bring costs down 65% comparing 2020 with 2012.  In 2018 the European Union was spending about 92 billion euros or $112 billion on energy subsidies including to wind farms. Britain also heavily subsidized offshore wind farms such as Hornsea 1 at about $198 a megawatt hour for 15 years double the electricity price in recent years. Windy conditions and shallow waters in the North Sea were favorable. Technology was being developed with Vestas which would reduce the cost each year. By 2016 Orsted was listed in Copenhagen. The remaining oil and gas business was then sold for $1 billion. The returns are less in wind than coal and natural gas- about 7-8% a year but the big thing is that there is certainty in this compared to coal and natural gas which are volatile and uncertain. The lesson companies are learning in renewables is that with solar and wind technology can. bring down costs, a lot of hard work and creative work lies ahead, that crisis can be turned into opportunity for companies that can be focussed enough to produce results. ...

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Denmark plans a huge wind farm project in Germany on an artificial island with 200 turbines. This will be Denmark's biggest infrastructure project. Germany plans to reduce emissions by 65% over 1990 levels by 2030. This means projects like this will be needed. Denmark prime minister Witte is on a 3 day visit to India with renewable energy projects under discussion. Germany's Economics Ministry has set up a joint working group with Denmark. 

The new project will be the size of 18 soccer fields setup on this artificial island in the Baltic Sea, to generate 3 GW enough for 3 million households. After this the project second stage is to install more turbines, for a total of 650 turbines, according to Der Spiegel. The project will cost 28 billion euros ($32 billion) with energy planned flowing by 2033.

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What happens when wind turbine blades pile up in landfills. Places like Casper Wyoming, are shown in this report in NYT about turbine blades filling landfills. 43 million tons of landfill waste will be generated globally by turbine blades by 2050. European countries have banned turbine blades in landfills. In the US places in South Dakota, Wyoming and Iowa have been used to take the chopped up blade pieces. Blades can measure the size of football fields. This is because blades are not recyclable. The federal government needs to support industry in making blades that are recyclable.

The National Renewable Energy Research Laboratory has come up with a recyclable material that could be used for making turbine blades that can be recycled. Disposal should be addressed at the time of production to have a complete product cycle and for responsible climate change action. 

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Once a pioneer in X ray machines and jet engines General Electric fell into disrepute under Jack Welch when the company hid low earnings in industrial businesses by setting up its financial business. The 2009 financial crisis hit GE hard. Years of deleveraging followed after exit of the financial business. In 2018 it exited the Dow Jones Industrial Averages. Larry Culp of Danaher joined GE as new CEO of GE in 2018. He sold the healthcare business to Danaher for $21 billion. After about $100 billion in deleveraging the remaining company was split into two companies GE Aerospace led by Culp and GE Energy called GE Vernova a purpose built company led by Scott Strazik headquartered in Cambridge, Massachusetts. GE Vernova is focused on wind turbines and renewable energy, its purpose to accelerate the energy transition and advance sustainability. The new GE is itself a return to the old days when GE was a pioneer and powered America's industrial base, not the company of deindustrialization of Jack Welch of the 1980's Reagan and post Reagan period when investing in financial and speculative business made GE to lose its purpose and go astray. For Culp and others the realization of the failure of policies that deindustrialized America and shifted factories to China after Thatcher and Reagan was a lesson learned. It is now the story of an America on the move under president Biden. ...

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These are key provisions in the biggest climate change bill in history- Tax credits that last for over a decade for zero carbon plants- these tax credits go to companies that build new sources of emissions free electricity, for wind turbines, solar panels, battery storage, geo thermal plants. Tax credits also for new technologies that capture and bury carbon dioxide from natural gas plants and industrial facilities before it escapes into the atmosphere and heats the planet. This technology is rarely used because of high costs. Incentives for electric vehicles- It extends a tax credit of $7500 for new electric vehicles. It adds a $4000 tax credit for used electric vehicles. Tax credit goes only to people earning $150,000 a year (300,000 for joint filers) for new EV's and $75,000 (150,000 for joint filers) for used EV's. Help for people to lower energy costs - $9 billion in rebates for Americans installing energy efficient electrical appliances. And a decade of tax credits for Americans installing rooftop solar, heat pumps, water heaters and electric HVAC, or electric heating, air conditioning and ventilation technologies. Investments in Domestic Manufacturing- $60 billion for investments in clean energy manufacturing in the US. This includes $30 billion for production tax credits for solar panels, wind turbines, batteries and critical minerals processing. $10 billion in investment tax credits to build manufacturing facilities for electric cars and renewable energy technologies. This action is to halt the shifting of clean energy manufacturing overseas to China. $27 billion towards a green bank that would finance clean energy projects in disadvantaged communities. Cracking down on Methane- the bill places a fine on methane gas emissions from oil and gas wells and pipelines and other infrastructure. Fees of $900 per metric ton in 2024 and $1500 a metric ton in 2026 when it exceeds federally set limits.    ...

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Aalborg, Denmark, is the third largest city after Copenhagen and Aarhus in Denmark. It is located in Jutland in the far north of the country. It is one of the cities in Europe best known for its transformation from an industrial city making cement, boilers and other products to one of the largest makers of wind turbines in the world. It is a university town with 20,000 students and prides itself on sustainable development projects. Utzon Center and the modern designed Concert Hall are key buildings in the city. Danish architect Utzon designed the Sydney Opera House. In this area it is still warm at 28 degrees centigrade in September. Old Viking settlements and churches from the Protestant Lutheran Reformation can be seen in the city and outskirts.

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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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General Electric, GE, experienced a steep decline in the last decade. The worst news came in 2018 with the loss of half its share price and market value. One story tells about an employee who was forced out of retirement back to work seeing the loss of value in GE shares in 2018. Rarely has a company of this size seen a fall in stock price this steep, for a stock that was once seen as safe for widows. About 60% of GE business comes from jet engines, electric power generators and wind turbines. GE now plans to sell its health care business and other business that do not relate to core infrastructure in energy, aerospace, and other markets. Under Jack Welch a faulty model of adding diverse businesses that had nothing to do with its core business and expertise in infrastructure were added. A home mortgage lending business was added and GE Capital expanded. NBC Universal was added with little justification in a period when CEO's acted without much consultation. The home mortgage lending unit collapsed with large losses during the 2008 financial crisis and GE's share price dropped drastically to $6.00. Under Welch's successor Mr. Immelt the GE Capital unit was shrunk in size, but losses continued to mount. An oil field service unit was added which also sustained losses.  Immelt's successor Flannery faced a loss of $15 billion from the financial lending unit. Sale of some businesses was not sufficient to meet the loss. Flannery is now taking GE out of all the businesses which were not core business. The NBC Universal television business was sold to Comcast in 2013. GE Healthcare is next. This closes a bad chapter in GE's story under Welch and Immelt. GE's dividend was cut for the second time since the Great Depression. The story of GE is also the story of American business during the last two decades, with icons such as GM, Ford and GE suffering decline, businesses that operated like little fiefdoms of old nobility in Europe, with CEO's operating in a CEO centric culture, not tolerating contrary opinion for informed debate on issues facing the business. Alfred Sloan founder of Genral Motors called constructive debate central to good management. Later Intel CEO Andy Grove coined the phrase constructive confrontation as a way of constructive debate, and the CEO was shown as the first of equals. The CEO centric management ignored these warnings and admonitions in running their fiefdoms.   ...

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Robert Stavins of the environmental economics program at Harvard is cited in this NYT article by Coral Davenport. Stavin says that even with the change in policy favoring fossil under Trump administration the trend is towards using less fossil fuel and this trend is unlikely to change. This makes the claims of Trump that half a million jobs can be created with less regulation of the coal industry and shale oil industry, less likely. Industry is shifting away from coal for economic reasons and investors preferences, say experts. At the same time the progress away from fossil fuels is likely to be inadequate to avoid the worst effects of global warming, says Stavins. The change by industry is reflected in the decisions made by executives such as Nicholas Akins at American Electric Power, Ohio based electric power company. Akins tells NYT that he is making decisions for power generation 20, 30 and 40 years from now, and this assumes some form of carbon control. He says no question but that industry will move forward with cleaner energy and that means closing large coal facilities. The incoming Trump administration does not affect his policy. Another factor away from coal is dictated by economics- the availability of cheap natural gas from hydraulic fracturing. Incentives for renewable sources such as wind, solar, are not likely to change either say experts, because the solar panels and wind turbines are made in Republican and Democratic favoring districts and have support of Republicans in places like Arizona, Texas and Kansas. ...

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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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A 1000 mile windswept coastline and 300 days of sunshine make the southern African nation of Namibia an attractive location for green hydrogen projects. Green hydrogen is produced using wind and solar energy. There is a 50 fold increase in green hydrogen projects in just the last 12 months globally. The costly technology needs many projects to get to lower costs through technological advances. Germany is doing a pilot project in Luderitz, Namibia. Luderitz will need a deep water project to ship the fuel out.   Renewable wind and solar energy is used to distil the hydrogen atoms in water, as opposed to the currently used method to maky hydrogen from fossil fuels, known as gray hydrogen, or blue hydrogen if the emissions from fossil fuels are captured. Namibia is chosen as its natural advantages could bring the costs down faster. Other locations being adopted are Morocco, Australia, and Chile. The two sites in Namibia had bids from Africa's Sasol, Australia's Fortescu, Germany's Enertrag and Hyphen Hydrogen.  Hyphen Hydrogen won the bid for the two sites. It says the $9.4 billion project is targeting 300,000 metric tons of green hydrogen production a year from 5 gigawatts of renewable energy generation capacity by 2030. "Now all of a sudden the desert has become valuable," says Namibia's finance minister Mr. Shiimi. Additional asset for Namibia is that it ranks highest after Cape Verde in Africa for transparency, creating ease of doing business. It is ranked 57 in Transparency International rank of transparency for countries in 2020. China is 78, India 86 in rank. Namibia is putting up $45 million for the feasibility study on the project with the sesert scrub land an hour from Luderitz, once a diamond mining town on a rocky Atlantic coastline in 1900. Two sites are located in the area each 675 square miles. South Africa is severely short of energy supplies and a pipeline is being considered to take the Namibian hydrogen to South Africa. The African region is expanding in renewable energy. Lake Turkana Wind Power Project in Kenya provides 17% of installed electricity capacity in Kenya with 365 wind turbines.     ...

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As steel making capacity appears to be increasingly out of control in China in 2012-2015, trade actions to limit steel imports from China in other countries is growing. Huge excess capacity in steel, cement, glass, wind turbines and solar panels, is leading to China becoming the targe of global trade sanctions for 75% of the trade sanctions cases since 2009, according to research group Global Trade Alert.

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The present grid was conceived 100 years ago so it cannot accomodate the transmission demands of wind energy turbines. First the location of these wind farms is in places like upstate New York or in places in the prairies like Kansas and possibly in places like Wyoming where the wind blows relentlessly and the major population areas are farther away, the transmission capacity of lines in these sparsely populated areas is small and so getting the wind energy out to where its needed is a problem. Building bigger transmission lines runs into getting support from different states and property owners as the states have jurisdiction and not the federal government over transmission lines and this requires a lot of people giving approvals thus holding up a rapid improvement except in Texas where Pickens is trying to get energy from the western parts to the Dallas area and has the full support of the state apparatus.

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Greg Ip of the WSJ looks at the result of changes in supply chains away from China, and the new trading relationship with China to 2028. He says the shift to a new global supply chain that diversifies it away from concentration in China is taking place. Would taking the tariffs from 30% to 60% under a new Trump administration be a good idea? Greg Ip thinks it is a bad idea as the change is gradual and is actually taking place. It may have the unintended effect of worsening US China relations essential for global stability when it is coupled with erratic or retaliatory rhetoric. Rhetoric that appears to China that it is being singled out in world trade beyond what are changes that have taken place with Japan in the past in trade. The Biden administration is for good reasons working to restore a balanced yet stable relationship with China. Apple is shifting production of 25% of iPhones to India. Samsung is investing more in Vietnam. The trade deficit with Mexico has reached $151 billion twice as large as in 2017. And $100 billion with Vietnam three times as large as 2017. The US trade deficit with China has dropped from $381 billion to $281 billion in the last 12 months, the Commerce Department reports show. And from $1.1 trillion with the whole world from $1.2 trillion for the last 12 months, 4% of US GDP. Overall the Trump era tariffs of 30% have not reduced the US  trade deficit substantially but has shifted American and European foreign investment to India, Vietnam, Mexico and other countries as well as to the home country. Over time the supply chain would become truly diversified as India makes great strides to become the third largest economy with new infrastructure by 2030. The head emeritus of the European Union Chamber of Commerce in China, Joerg Wuttke, says the pressure to export will be high for China as its economy shifts more to manufacturing from construction. Most Chinese companies are producing more than internal demand in China, and most companies in solar are losing money, in wind turbines and solar all are losing money, Wuttke says. This means China will double down and increase its investments in Mexico, Vietnam, Morocco and other countries so that it can send its products to the US through third countries that do the final export. One expert even says removing a few screws here and some there, find a different supplier, and shipping to a third party for final export that makes it not 100% Chinese content, the pressure for that is high. ...

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Germany's chancellor Angela Merkel said the government will follow the recommendations of the government appointed Ethics Comission to close eight nuclear reactors immediately, and close most of the other reactors by 2021. Three plants may be kept online into 2022 for reserve power. About 70% of the German public by some estimates opposes nuclear power. Nuclear energy provides 23% of German energy supplies, and coal fired plants 42.4%. In 2002 a coalition government of Social Democrats and the Green party made a decision to phase out nuclear energy. Already Germany has the highest targets of any country in the world for alternative energy. German renewable energy targets are for the country to generate 80% of energy supply from sources such as wind, solar and other renewable energy by 2050. Currently Germany produces 16.9% of electricity consumption through renewable energy. And Germany has a thriving energy industry with solar energy companies SolarWorld AG, solar cellmaker Q-Cells SE and wind turbine maker Nordex. Germany sees the challenge as both reducing the risks of nuclear energy and an opportunity to become the world leader in renewable energy with growing markets overseas. Merkel vioced this by saying - "This path sets a great challenge for Germany, but we can be the first industrial country to make the transition ino an age of highly efficient and renewable energy." ...

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Boone Pickens $ 2 billion investment in Texas to buy land and 700 turbines from GE for wind energy.