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Prof. Patrice Geoffron of Universite Paris-Dauphine writes in Le Monde what is on everyone's minds- on how oil geopolitics and fossil fuel price volatility and price uncertainty what he calls fossil fuel chaos, is creating a new demand for renewable energy in Europe in 2027 to 2031. Business and industry in Europe see the value of renewable energy not in comparison with low fossil fuel prices anymore but with a fossil fuel price that can jump at any time to the $100 a barrel for some geopolitical event. Compared to this fossil chaos European business and industry can depend on a known price and known conditions for solar energy. The same thinking will be going on in business in Asia- in China and established leader in solar, in India an aspiring solar power, and in Japan. Modular nuclear reactors are also a new way to go. This means even under DJT with his skepticism for renewables the technology and production of renewables will continue and pick up pace. People will also ask whether its worth all the trouble to get fossil fuel supplies at levels that make no sense through waters of Hormuz straits- China and Jpan getting a makes no sense 90% of their imports from Hormuz, and India nearly 50%. Their are moral considerations also whether a morally conscious China, Japan and India, South Korea with much of the industrial base in the world can justify missile attacks on the scale of tens of thousands in the region and bombing just to clear Hormuz. ...

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Three BBC correspondents on China's 2026 National People's Congress - effort to invest in childcare and elder care services to increase consumer spending. To continue in solar, robotics, AI, EV's, and exports as before. The problems of industrial overcapacity and pushing subsidized product into the US or EU that cause trade tensions and tariffs will continue.  New 301 investigations by US Trade Representative are taking place and will complete by mid-July. Germany's chancellor was in Beijing making a similar point about industrial overcapacity and German business is now facing the same threats to their business that the US has gone through. The one other way for China to grow is to increase consumer spending- hence the effort to help young people with childcare costs and retired people with elder care. The payments to seniors is low says the BBC's McDonnell who says the increase in payment to rural and non-working urban residents of $3 per month is miniscule. No details given for housing support to newly married couples. On one aspect relevant to the Iran war-China is increasing its efforts on renewable energy to reduce imports from volatile Middle East. ...

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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.  ...

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After energy shortages in 2021 the Chinese government decided to increase coal power projects. In 2023 these coal power projects are increasingly seen as backup sources of power with rapid increases in the production of renewable solar, wind and nuclear energy. China has nearly reached the point where half its energy is coming from renewable energy sources. Coal power companies are not profitable compared to renewable power companies. The result is that China's total emissions of carbon are declined in 2022 by 1.5%. China's power demand is growing by 6% each year, yet more of the increase in demand is being met through renewable energy expansion with coal being set as a backup source. Soon many of the power projects started after 2021 may be cancelled because they are losing money.

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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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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.

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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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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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Western nations including Europe, Canada, Japan and South Korea, are members of the International Enerrgy Agency, which has 1.5 billion barrels in reserve. The IEA will release oil from its reserves to support president Biden's plan to release 180 million barrels over the next 6 months. OPEC that includes Russia plans to increase production by only about 432,000 barrels a day.  During the Trump administration Saudi Arabia and Russia were at odds on production levels leading to Russia increasing production to higher levels than OPEC would allow. This led to a temporary collapse of oil prices to levels as low as $30. To help the US oil fracking industry which could not operate at these low prices president Trump brought the two sides together into what is now OPEC+. The Biden administration has ties with both Iran and Saudis, and aims to revive the Iran nuclear deal, withdrew support for Saudi air strikes on Yemeni Iran backed Huthi rebels. In this geopolitical situation Saudis are reluctant to respond to US calls to increase production as they have done in the past. With climate change and the COP26 agenda in Glasgow there is a plan to shift away from fossil fuels such as coal and oil that are supplied by OPEC and Australia. This means that a shift away from Russian or Saudi oil is also a shift towards renewable energy such as wind and solar which is needed to combat climate change. The Ukraine war and efforts to wean Europe away from Russia sourced energy will accelerate the changes needed to tackle climate change, even though the US fracking industry will step in to increase production at oil prices at $100+ in 2022. After 2023-2024 the push for conservation and renewable energy from today's crisis and Glasgow COP26 commitments, sharp slowdown in China and renewable focused India is likely to bring down oil prices to reasonable levels for a transition period to renewable energy. ...

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Report on Climate Science put out by the US Energy Department in 2025 questioning the severity and impending nature of climate change effects. It is challenged by scientists who believe in the severity and impending nature of climate change, quite the opposite. Koonin, a Fellow at the Hoover Instituion at Stanford describes the work and its conclusions. He says the research is peer reviewed and looks at 200 years of climate research. Some of the conclusions- That climate change models claiming catastrophic situations are ultra sensitive and lead to extreme scenarios.  It talks about climate variability, and model deficiencies, data limitations. And says data for climate over continental US show no long term trends for extreme weather events. Global sea level rise of 8 inches since 1800 is not disputed but it says US tide gauge data shows no long term acceleration in warming globe.  On one point there has been agreement even in the Biden administration- what the US does to cut emissions will little effect the global changes in warming- because of coal use by China and India defended as needed for electricity for two billion people, an essential need. Thus the desire for a calculated tradeoff which lets the US take advantage of its abundance of oil and gas to reduce the cost of living for ordinary Americans, also an essential need. Because of the declining cost of natural gas vs coal, coal is in gradual phase out, and declining cost of solar means Germany, China, India are making the shift to solar, and nuclear energy provides another option. The difference is that the DJT administration is taking government out of the effort and letting the private sector work out building of renewable sources. Government is not always the answer as electric cars are likely to make more gains in 2026 than under the Biden administration because of VW, Mercedes, BYD, Ford and GM coming up with cars that can do close to 500 miles on one charge and the cost of an EV down to about $30,000 to $40,000. ...

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The Third Biennial Update Report at COP26 Glasgow shows where India stands on renewable energy, solar, forest cover enhancement, and improving carbon intensity in its climate change efforts so far.  For instance a 17 times increase in solar in the last 7 years to 45 gigawatts, with target of 450 gigawatts by 2030. In carbon intensity 24% improvement between 2005-2014. Scientist Bhatt presented the report for India's Environment Ministry saying India represented 17% of the world's population and historically 4% of world carbon emissions, today 5%. Improvements of carbon intensity per unit of GDP planned under Mod's plan for 2030 require 45% reduction in carbon intensity by 2030. This suggests the trajectory of China will be avoided where highly polluting parts of industries such as steel and cement were left unregulated and lacking strict supervision leading to rampant pollution in 2000-2021. Mr. Birol, head of the Renewables Energy Agency said on BBC's "Hard Talk" program recently that if you combine all of China's steel and cement factory carbon emissions, that alone would equal the total sum of carbon emissions of the whole European Union today. A quick look at a graph of global carbon emissions trajectories shows three fold increase of China's carbon emissions from about 4 billion tons to 12 billion tons between 2000-2021, the period and the explosion of carbon that is the one activity that singlehandedly created the crisis of climate change today. By comparison US remains at about 6 billion tons of emissions, and EU, US, Britain Japan show flat trajectories. Business, globalization interests, US and European financial interests, and local governments in China that financed this explosion in steel and cement ignored the implications of so much pollution in so short a time through unregulated activities- writing a chapter of failure with most of the world's people left to bear the results of such a failure.  It is this that India plans to correct with a 45% improvement in carbon intensity per unit of GDP by 2030, and nothing could be more important in the government's plan than this. New technologies will be key for this. Modi and India realize how vulnerable India is to floods, drought stricken areas, shortages of water, and climate extremes, and see these plans as critical for healthy growth that benefits all of India's people and regions, It is a long term vision like no other today and sets a new direction for all developing regions of Asia, Latin America and Africa. As India leads the way in new technologies and ambitious programs such as one solar, one world, one grid, these technologies will also break open new paths for the regions of the world that need this most from Brazil to Indonesia.  China too suffers from the impact of so much pollution. Even as early as 2010 reports showed the higher pollution had lowered life expectancy in northern region of China compared to its southern region. Yet the most polluting factories were not removed and only recently is the activity being conducted seriously leading to the shortages of fuel from so much overexpansion in the boom years, and making adjustments done abruptly today more difficult.   ...

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A quick look at the graph in this Times Report shows the carbon dioxide CO2 emissions for the US, European Union, China and the Rest of the World in 2020. For the EU it is about 3.0 billion tons of CO2 emissions, for US it is 5 billon tons, for China 10 billion tons and the Rest of the World 16.0 billion tons. What this tells us is that a lot will depend on not just China, but India and other countries such as Brazil, Mexico, Indonesia in the developing world for how much CO2 emissions can be reduced to tackle climate change and other environmental problems.  For that 16 billion tons in the rest of the world reduction will depend on renewable supply and technologies to do it, rapid growth of economies in India and other countries to generate the resources and technology initiatives to get a shift from coal. Meanwhile it is a choice between having electricity for homes in rural areas in India or not. This is where bright spots such as solar technology in India that are giving quantum leaps for renewable solar energy with new technology cutting cost in successive waves of development can play a part.  ...

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Eminent climate ecologist Nicholas Stern says India's commitment by 2070 demonstrates real leadership from Mr. Modi of India.The Guardian says India's commitment to net zero emissions by 2070 is realistic considering that it is decades away from its peak in economic growth and energy consumption compared to US or even China. Energy consumption is expected to grow faster than any other country in the next few years. India's population is also expected to pass that of China as the largest in the world. The Guardian says climate experts who did the modeling have said this was the most realistic scenario for India - to achieve net zero emissions by 2070. This also means India's peak energy emissions will be reached by 2030. Eminent climate ecologist Nicholas Stern says - "This was a very significant moment for the summit. This action might mean India's annual natural greenhouse gas emissions could peak by 2030. This demonstrates real leadership from a country whose emissions per capita are about one third of the global average."  Also significant is Mr. Modi's pledge to deliver on 5 commitments 1. 50% of India's power to be generated by renewable energy by 2030. 2. Increase of 500 gigawatts of renewable energy including solar by 2030. 3. Reducing carbon emissions by 1 billion tons by 2030. 4. Reduce carbon intensity of the economy by 45% by 2030. This relates to how efficiently energy is used to generate 1 unit of economic GDP. With 1.3 billion people India is the third largest emitter of carbon dioxide- at about 3 billion tons- after the US and China. In growth terms this means India is going to grow very differently from the way China did in 2000-2020 with its many highly polluting industrial plants. The head of the US Renewable Energy Agency Mr.Birol says in a BBC intervew that the cement and steel plants alone of China have more emissions than the whole of the European Union's total emissions. Much of this comes from old plants and old technologies with surplus production of steel from what is now a bygone era of excess, inefficiency and chaotic growth. India plans to bring climate change emissions and energy efficiency through renewables into its Gat Shakti master plan for the country's economic.development. ...

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Wang Yi, a senior adviser for China's decarbonization strategy and 5 year plan has this to say about China's approach to climate change. Yi says it is more important to focus on what actions are to be taken between now and 2030. Here he says China has outlined concrete steps that it will take that the world media has not covered in its coverage of COP26 Glasgow. Yi says China is making changes to its entire system not only its energy sector, across the whole society and the economy. Yet he says "nobody knows this." The working guidance document for carbon control China has put out says it will peak coal consumption by 2025.  Yi says it is unfair to ask China to close all coal powered plants, saying that if these plants with a life of 10 years were closed now who will pay for stranded assets and who will hire the laid off workers. He called attention to western nations failure to provide climate finance to China, India and developing countries. And he called attention to the the plans that by 2030 Chinese investment is to have 1200 gigawatts of installed solar and wind energy, more than the entire installed electricity capacity of the US. He says we are all in the same boat yet in different cabins, with some living in bigger space and consuming too much. ...

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Prime minister Modi's 5 commitments to get closer to net zero by 2030 will require making ambitious efforts starting from 2021. Modi cited Indian Railways as an example to be followed by the rest of industry and transportation, and homes, for the conversion to clean energy. Indian Railways, he told the COP26 conference, had set ambitious goals to achieve net zero emissions by 2030, cutting carbon emissions by 60 million tons from the 1 billion tons reduction of carbon emission Modi promised by 2030. The ambitious 2030 target of 500 gigawatts of renewable energy, mostly solar using new technologies, is another promise.  This Bloomberg report looks at India's energy mix today which is 44% coal, 25% oil, 6% natural gas, for a total of 75% fossil fuels, and the promise of 50% fossil, 50% renewable and other non fossil fuels hydroelectric, nuclear, that Modi made at COP26 Glasgow. Just as US and Europe, Japan, China have huge challenges ahead to make a massive transformation in record time, India faces the equal need to think clearly and embrace new technologies with speed and scale, and make the investments early for transformation. This is good for India to take on the challenge and venture out to seize the opportunities in new technologies that transform whole industries and a way of living that must be left behind. ...

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For the largest electorate in the world India is relying entirely on electronic voting machines. It is massive - 970 million voters over several phases in different regions taking place in May 2024. The Election Commission is monitoring the election and India's Supreme Court gives it's ruling to protect the democratic process. It is unlike anything in the world. It all started in 1945 with the negotiations begun by Labour's Attlee government - the most successful British government of the 20th century, Clement Attlee's government created the Bank of England and the NHS, and brought freedom to India and started decolonization in European empires. A new Constitution was written by 1947 with the guidance of Gandhiji (Mohandas Gandhi) who led the struggle for Hind Swaraj in 1905. The democratic process was established with elections that elected Nehru, a series of coaltiion governments and since 2014 a government focused on Vikshit Bharat, modernization similar to Japan and China that is taking place in India. Already 250 million people have been lifted out of poverty. And free food rations have ended hunger in India, Swacch Bharat has made sanitation modern and available everywhere, water and gas connections are now down to the last household to fulfill Gandhi's dream of reaching the last person in the line. Solar and renewable energy are being undertaken, along with fast modern transportation and cost effective digital connections. A target is set for 2047 for Vikshit Bharat. ...

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Indian Finance Minister Sitharaman gives the following remarks in parliament on the White Paper presented to the 18th Lok Sabha in January 2024, describing the dire condition of the Indian economy by 2013 with mismanagement and "big ticket" corruption. India's Finance Minister Sitharaman describes the situation in three key areas by 2013 that left the economy of India in a fragile state, with projects stalled, development delayed, and capital investment not taking place. She gives as 3 main points of focus- the state of affairs at Defense Ministry, at the Environment Ministry, and for Energy supplies. At the outset she says PM Modi had suggested the need for such White Paper by 2015 so that future generations would know what had happened in India that failed the country at a time when China had already joined the community of developed nations. The issues go back to the coal scandal when coal auctions had to be cancelled by the Supreme Court for irregularities, the misuse of state owned banks leading to a large increase in non performing loans, and the mismanaged Commonwealth Games under government before 2014.  Sitharaman told parliament this had the effect of national security being compromised, Environment as a Ministry becoming a bottleneck, and the leadership failing the country. In the military there was a critical shortage of ammunition and equipment. She cites the Defense Minister at the time having the attitude that independent India has had a policy for many years not to develop the border areas, as an undeveloped border was better than a developed border. She also says Ministry stated that 92% of the Defense Budget was used up and major acquisitions have to wait for the military. Following this Sitharaman cited the scandals of that period and leakages of funds that weakend the country and failed its people. She compared capital expenditures today of 6.22 lakh crores in 2024 thre times the number in 2013 of 2.53 crores. HAL now makes Tejas jets and helicopters in Made in India production. At the Environment Ministry the delays that were 86 days reached a high of 316 days by 2013 for approval of development projects, with 355 projects pending, the nation brought to a standstill with the effects of the coal supplies to thermal power plants being wholly inadequate and Coal India in poor shape. The root of this was said Sitharaman- what everyone in Indian business knew, the term "genteel facts," as the cost of business going up. She cites the changes since then of aiming for Balance and Development- Transparency, Online Green Clearance, Standardized Environment Impact Studies, A new Department of Climate change, International Solar Alliance 2015, Mission Life 2022, Green Hydrogen, Namami Gange, Rooftop Solar. India set ambitious goals at the last Climate change Conference.    ...

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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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China's production of 300 gigawatts of soalr and other renewable energy in 2023 makes it possible for the country to achieve earlier emissions reduction than planned, says this report in WSJ. Of this 217 gigawatts are solar and 77 gigawatts are wind. Such is the investment China is making that it showed an increase in solar energy of 55%. The increase was itself more the solar energy installed in the US, for 500 million solar panels. At this rate China can meet its entire increase in electricity demand each year from solar and wind, other renewables. This is the kind of story that should be given prominence because it puts the fight against climate change in the right direction with aggressive climate change action coming from China, the largest user of coal.

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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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Chevron plans to cut its annual capital spending by 26% in 2021 and make sharp cuts till 2025. Exxon is also making these cuts as oil demand has dropped sharply during the pandemic. Other forces are all acting at once fracking has brought an oversupply of oil and gas, and solar and wind energy technology has advanced to where it is less costly than coal. These forces are acting to keep energy prices low.  India is highly dependent on energy for developing the largest region in the world with about 1.7 billion people in South Asia. India's strategy is to advance solar production beyond the current level of being 36% of its energy mix to a much higher proportion by doubling solar capacity by 2025. This new energy mix and low oil prices makes it possible for the region to develop quickly to meet rising aspirations in the region. This also reduces dependence on coal that was used by China as the main energy source leading to health problems, and gives India an opportunity never before possible in history of development with healthy sources of energy.   ...

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Prakash and Ghosh in the Hindusthan Times remind readers that even though India has ambitious plans for renewable energy much remains to be done in shifting to clean coal technologies. An estimated 80% of India's coal plants use obsolete technologies, making this an obvious area for improvement. India plans to make solar the source of 100GW of 175GW it plans to generate in renewable energy by 2022. Yet it must not be forgotten that coal is a dominant source for the foreseeable future and shifting to clean coal technologies is an area that should get top priority from the government. Today India is the third largest in terms of carbon emissions after the U.S and China.