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LyrArc brings in selected articles from many of the world's top publications.

Articles are selected by experts and you can see the gist of the important articles.


The Wall Street Journal Original article ›
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China is well positioned to cope with the cutoff of supplies of oil from the Middle East after decades of focus on building up its stocks of oil. China has made self sufficiency in energy a key goal for the economy. China uses 16 million barrels a day of oil, of which 12 million is imported, and production inside China is a little over 4 million barrels a day. It normally adds 1 million barrels a day to its stockpile inventory. This inventory stockpile is 1.2 billion barrels and is good for 100 days. China is able to make up for oil supplies by importing more from Russia. The Power of Siberia 2 pipeline for natural gas is being pushed forward for natural gas supplies from Russia to China. China has large supplies of coal for electricity. It also is increasing its capacity to make renewable energy, solar panels and wind turbines.

The Guardian Original article ›
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The average annual UK household energy bill is expected to double from about 2000 pounds now to over 4000 pounds by April 2023.

BBC News Original article ›
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IEA Director Fatih Birol says conservation of energy plans should be undertaken by all nations. He says Gulf countries and Saudi oil output will not be the same even when the war ends and the shipping lanes in the Hormuz Straits will not be handling the volumes of 100 ships that passed through the sea channel before the Iran War. Yet he says the best solution is for opening the Straits of Hormuz. This raises some serious questions about depending on the Straits of Hormuz and the Persian Gulf for oil supplies in 2027 and beyond. Can conservation, new sources of oil, acceleration of renewable energy use and electric car technologies lead to making the Middle East oil supplies becoming redundant, doing without this supply or turning it into a marginal source which would lower oil prices even further to the $50 level? Energy use decline for the same or higher GDP levels have potential in the US, China and India. Japan and Germany have cut energy use by about 50% in Japan and 35% in Germany with slightly higher Real GDP levels than 1996 in Japan and a 50% increase in Germany over a 30 year period( using 2015 as base year).  Major renewable energy gains have been made in the last 10 years with solar and wind technologies and electric car technologies. Much of the gains in electric car technologies lies ahead and this would cut crude oil significantly for cars and trucks which makes up 60-70% of oil use. Add to this conservation technologies. Other sources of oil can be found. And Venezuelan, Alaskan oil can be ramped up to replace volatile sources from the Middle East.  ...
The Economist Original article ›
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Vietnam's efforts to boost solar energy in 2018 by offering 9 cents per kilowatt hour to owners of solar farms is leading to unexpected surge in solar energy. Instead of the 850 MW of solar energy the production increased to 5 gigawatts by 2019. Investments had be done in 2 years for the offer by the state owned electricity company and electricity purchases would depend on daily needs. The huge increase has brightened the prospects for solar energy in this part of Asia.    Most of the solar energy comes from the southern part of Vietnam and the government is expanding the capacity of the power grid to handle the solar energy production. Vietnam is growing at 5-7% a year for two decades and power capacity is expected to double by 2030. The share of coal in the enrgy mix planned is 43%. The unexpected surge in solar energy production means the 10% fo solar energy in the energy mix was achieved ten years ahead of the schedule. This means fewer coal plants will be needed. In five years solar energy is expected to become cheaper to produce than energy from coal, according to energy consultancy Wood Mackenzie. Coal plants are also meeting public resistance, and regulatory hurdles. Coal plants take ten years to become operation. Solar energy projects can be completed in 2 years. This means solar can take a much larger share of energy production in the future .  ...
NYTimes.com Original article ›
WSJ Original article ›
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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.

The Guardian Original article ›
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Three solar farms in the east of England get approved in the first week of the Labour government. At present most of the solar energy is generated in the north without transmission capabilities to get it where it is needed in the south. Starmer's Labour government is planning a major expansion of solar energy with rooftop panels for homes so that households can cut energy costs. Plans are to triple solar energy by 2030 and quadruple wind offshore energy.

Wall Street Journal Original article ›
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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....
dw.com Original article ›
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From the Alps to floating islands of solar panels Europe is seeing a surge in solar energy installation- DW.com gives images of these places.

New York Times Original article ›
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China's push in renewable energy with large 10,000 MW wind farms and solar energy panel manufacturing. China has built the world's larges solar panel manufacturing industry by exporting 95% of the product to Europe and the USA. WHen CHina built its first solar power plant in 2009 it required 80% of the parts to come from domestic manufacturers. And when the Chinese government took bids for 25 large contracts to build wind turbines, all contracts were won by domestic companies. One energy NGO expert in CHina says that this is because Chinese government investment in wind and solar energy even though it is much costlier than coal, cahn happen only if it helps build up the domestic industry in renewable energy.
New York Times Original article ›
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India's goal in generating 20,000 megawatts of electricity from solar energy by 2020. The falling price of solar panels is giving a large boost to solar energy companies in India in 2011-2013
New York Times Original article ›
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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. ...
Wall Street Journal Original article ›
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Residential installation of solar panels in the U.S. is expected to more than double to over 500 megawatts in 2013 from over 200 megawatts in 2010. Global government funding of solar energy will nearly triple by 2015 compared to 2009, according to the International Energy Agency.
NYTimes.com Original article ›
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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.

WSJ Original article ›
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Texas is expected to surpass California in 2021 in solar energy with a new $1.6 billion project solar farm north of Dallas. California has 13,000 megawatts of solar energy. Texas has 29,000 megawatts of wind and solar energy production combined, the largest of any state in the U.S. Texas solar has potential to boost supplies in daytime when demand is highest. The cost of solar is coming down and the development of solar will accelerate in the U.S. in the next 5 years.

France 24 Original article ›
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See this video on the acceleration of renewable energy from wind and solar in Europe with Spain and Germany taking the lead. Wind energy plays a dominant role in Spain. France lagging behind is planning to increase solar ten fold in a few years.

pv magazine USA Original article ›
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Experts say solar energy costs are going down by 30-40% every time the deployment of solar energy doubles in a country. The Modi administration plans to triple solar energy production in the next 5 years. This investment in solar energy should drive down costs from the $35 per megawatt hour in 2020. Experts say that costs are going down at a rate that was never expected.  For India the courage in making these investments in solar energy since 2010 and accelerated in 2016, are path breaking. This could be a world changing event for India as cost of energy can bring up living standards throughout the country. Gone will be the days when children lacked electric bulb light to read and study in villages in India. It also shows the need to heed Vivekananda's words: "This I have seen in my life- he 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." The pioneers in India pushing forward these new initiatives have listened to these words. ...
France 24 Original article ›
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Brazil president Lula at COP30 Belem, Brazil- mixing oil drilling plans with plans for climate change for Amazon forests. This is not a contradiction in today's world as many nations including China, India are depending on coal and moving forward with solar and wind energy, and the US is also drilling for oil and it's private sector continues moving forward on renewable energy. In 2025 cost of living action for working class families means getting cheaper sources of energy, and at the same time climate change requires new invention and scientific advances in developing solar, wind, nuclear and other renewable energy. US Biden administration accepted this combination approach and it is also practiced under the current US Republican administration with different degrees of emphasis to meet current and future challenges in the best way possible.

The Economic Times Original article ›
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Solar energy manufacturing capacity gets a strong start as the government puts in place the investments and policies to make Indian solar energy modules more competitive than Chinese made modules. This is part of the investment in production India promised at the Glasgow conference on climate change.

WSJ Original article ›
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China's proposed ban on export of solar manufacturing technology is likely to slow US progress in solar energy installation.

The Indian Express Original article ›
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The cooperation announced between India and Britain on the experiment to look at one grid between countries in different time zones could be a game changer in the way new technologies have already achieved in making solar less costly than fossil fuel. Embrace of new technologies is essential for achieving net zero emissions. India first proposed connecting solar energy across countries and time zones at the International Solar Alliance in 2018. If a way can be found to integrate the grid across time zones the problems of solar energy could be tackled effectively. Storage would not be needed in the way it is now as the solar energy can be sent to other areas with the demand. And the equally vexing problem of supply can be solved as the regions such as Spain could be generating solar energy when the sun had set in India. It is ambitious but it also brings in scientists and engineers from Europe, America, India and Japan to tackle the problem. There is also the opportunity to build on one discovery to make another scientific discovery in the way advances have happened in medicine and science.  And nothing about net zero is not ambitious. One of the lessons Modi learned early in Gujarat is that experiments are needed and to never rule out new ideas. In some of his speeches he describes the early experiments with electricity and solar energy in Gujarat that led to more ambitious efforts over time, and eventually to where solar targets like the one made at COP26 Glasgow of 500 gigawatts by 2030 are now within reach. ...
Washington Post Original article ›
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California has gone to put residential solar panels big time. Consider 47 gigawatts of production of solar energy installed , can supply 13.9 million homes and cover 25% of California's energy use. From desert landscapes in the Central Valley to rooftops in southern California it has spread so fast that the power grid does not know what to do with it during the day when demand is not high and supply is plentiful, a duck curve. About 5% of it goes to waste unused, and solar energy during the midday period is now not worth much to the grid. Officials want to switch from the 0.20 or 0.40 cents incentive per kilowatt hour  California pays for solar supplies to net metering that means pay only what is of value to the grid. In the Spring months this can be a net zero value to the grid and zero payments. In summer demand picks up because of air conditioning use middday. This has raised alarm that it will lead to a 40% drop in solar installations in the next year. It shows the challenges that more states will face. Nevada with 23% solar energy power is facing this situation. So is Hawaii. The Biden administration has $7 billion in grants to support rooftop solar in other states, to power 900,000 low income households. ...
dw.com Original article ›
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Morocco's effort to replace fossil fuel imports from Spain and Algeria with wind and solar energy are shown here in DW.com. Also shown are 10 pictures of unusual locations in which solar panels are used around the world. In one picture machinery in Denmark agriculture that plants beetroot and rapeseed is operated through GPS using the solar energy from panels placed on the roof of the machinery. Click on Original article to see these amazing pictures.

NYTimes.com Original article ›
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This report in the NYT looks at the problem facing America and president Biden in renewable energy supply chains. 70% of the renewable energy supply chain for solar and other renewable energy comes from imports  and much of it from China. Biden says it is about jobs, jobs, jobs. For this to happen the Biden administration has to take up the challenge of building an American supply chain for renewable solar and wind energy so that jobs are generated for American workers. 

WSJ Original article ›
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The opposition to wind and solar energy comes from environmental groups and local authorites. In Italy 90% of wind turbine projects are opposed by local authorites. Europe under plans made by Germany and other countries seeks to remove the dependence on Russian energy by massive investments in solar and wind energy. This makes overcoming opposition to free up the needed climate change action of major importance. This action also  removes dependence on Russian energy following the Russian invasion of Ukraine. 


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