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The European Union plans to rebuild its solar panel industry by manufacturing in the home country. This means shifting away from supply channels where China controls 80% of production. Chancellor Merkel failed to see the risks of letting German companies be decimated by China's subsidy program supporting solar panel makers in China. A system of customs duties failed when China threatened to retaliate with duties on German car exports. In the end Germany like the US under president Obama and Trump after 2010 failed to support domestic solar panel makers.  Now subsidies are accepted way of competing with China for both the US and the EU. The US under the Biden administration is fully committed to compete with China by developing its own solar panel manufacturing industry with the kind of help China is giving to its own solar panel makers. The EU is following the same path. From 200 gigawatts in 2023 the EU's target is 600 gigawatts from solar by 2030. The 400 gigawatts will come from through a policy of make at home in the EU, including raw materials, polysilicon, wafers, and assembly. Subsidies are now the way the US and the EU plan to get back what they lost to China, their critical manufacturing advantage through errors in policy. The European Commission is also changing the rules to accomodate the move. A story of one more critical advantage surrendered through the orthodoxy of free markets without policymakers understanding what they were doing. ...

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Germany plans to install 300 gigawatts of solar energy by 2030. To do this it is accelerating the installing of solar panels on balconies and buildings. One product is appealing to buyers who see it as easy to install as Italian laundry hung out to dry on a balcony. These are solar panels that one can buy for 200 euros take them home, hang them like laundry over a balcony and plug it into a wall socket. The energy generated from the sun is then fed into the home and can be used to power a refrigerator or other appliance. Already in the first 6 months of 2024 half a million were sold equivalent to 9 gigawatts of energy from solar. Germany passed laws blocking landlords from preventing installation of solar panels on homes. A startup in Dusseldorf is shipping solar panels made of this kind in China to places all over Germany and Austria. Chinese solar panels are cost effective costing less than EU made solar panels.

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The International Renewable Energy Agency (IRENA) says in a new report that the cost of renewable energy production in India in 2020 is the lowest of 8 countries, including China, France, Germany, Italy, Spain, UK, U.S. It also points out that India has lowered the cost of solar energy faster than any other country since 2017- by 80% for the period 2010-2018. Solar energy for India in 2018 cost 27% lower than in 2017. Major achievements have been made in solar energy and are continuing with bold targets. In 2020 solar makes up 36% of total energy capacity, with production at 136 gigawatts. In India the conditions with high degree of sunlight in most parts of the country, and the technology cost reductions, lower cost of land and labor, help bring down the cost of solar energy every year. The bold targets and action taken are symbolic of the new efforts in India. The early efforts in India are described as overcoming the hurdle of preconceived notions that electricity shortages had to be accepted as a way of life. In Gujarat the first efforts over 15 years ago were taken by rejecting the idea that electricity could not be made widely and freely available. To do this policy had to be set by starting with first a clean slate and then with a clean heart say pioneers in India's early gains. A clean heart because of how desperately people needed electricity. And a clean slate because how desperately people needed to start from scratch with a new structure and new way of doing things set in place. As Vivekananda put it over 100 years ago "This I have seen in life. One who is overcautious about himself falls into dangers at every step. he who is afraid of losing honor and respect gets only disgrace. He who is always afraid of loss always loses." By taking bold action, making small experiments then setting bold targets and setting structures in place to execute manned with resources, India has achieved 4G in all parts of the country, and is doing the same for renewable energy to make electricity widely available in all parts of the country. ...

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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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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.     ...