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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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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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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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China's efforts to rescue the housing industry and construction industry will be limited as the government is now concerned not to set off another bubble like that in the past. Assistance will be limited to unsold apartments which local governments can now buy to use for affordable housing, and $42 billion is provided for a central government fund to buy apartments that are unsold. This will reduce excessive inventory and the government will stop at that point no wanting to create new bubbles. Attention is now focused on increasing manufacturing of electric vehicles for export and other manufacturing in solar, renewable energy.

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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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Paul Krugman points out in the NYT that September 2022 high inflation numbers for core inflation excluding energy and food of 6.6% on annualized basis, is still not a good way to measure actual inflation. This is because housing costs as measured by the core inflation index used by the Labor Department are represented by housing rental costs. The rental costs have a time lag in this index and after a sharp spike are now cooling off. Add to this slowing economies and recessions in European economies and the situation suggests that the economy and inflation may be moderating more than expected. Additional factors are that the effects of sharp prior 2 increases in interest rates by the Fed of 0.75% and a third of 0.75% expected soon, are still not fully realized in the economy. This view was also expressed by experts in the WSJ. It was widely perceived that the high inflation that we are seeing is a result of temporary factors such as the war in Ukraine, food and oil supply constraints, supply chain bottlenecks, new adjustments to manufacturing at home after covid. As these factors ease and after the Fed's action to raise interest rates, slowing economies in Europe adjusting to climate change actions,  the moderating effects on the economy of the costs in switching to renewable energy also a factor, this high inflation has prospects of moderating. The successful switch to renewables particularly solar, and better agricultural practices, could set along term trajectory of moderate inflation in costs of energy and food supplies.  ...

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Extreme drought affected Minnesota cattle farmers leading to elimination of many cattle herds.               Wildfire smoke from Canada settled down over the cities of St Paul and Minneapolis for days.                 Lack of enough snow and ice in winter led to losses in ice fishing and cross country skiing making winters unnatural in Great Lakes Region that also includes Wisconsin and Michigan. Walz acted, and his plain spoken communication style made a difference clearing misperceptions. Pew Research shows 67% of Americans favor clean energy but misperceptions abound.          Minnesota during his two terms now produces 50% of its energy from wind, solar and nuclear. Minnesota is now likely to be ahead of California in getting to 100% wind solar and nuclear for all its energy. Walz set the date 2040 into law for this to happen with 40 climate initiatives. A bill signed into law speeds up the permits for renewable energy projects. Walz’s communication style shows that when people understand the benefits and specifics you get things done. “The surest way to get people to buy in is to create a job that pays well in their community. All of us are going to have to be better about our smart politics, about bringing people in.”        ...

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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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With the 15% mandated cuts to energy use in the European Union countries and the shutoff of Russian gas supplies, three remaining German nuclear plants can be run for an extended period to take off some of the strain on the German economy. Sentiment for nuclear power is changing in Germany. A Spiegel opinion poll is cited in this WSJ editorial that shows 78% of Germans favor keeping the three remaining nuclear plants operating till summer 2023, and 67% say it is a good idea to keep them running for 5 years.  The issues of nuclear vs solar, or coal and gas vs solar is not a yes or no proposition anymore as shown in the negotiated measures to allow some coal and gas operations in the US in the Biden Climate Change bill that passed the US Senate on August 7, 2022. This is not merely a concession to a fossil fuel dependent state (West Virginia) and Senator Manchin, this is a realization that the transition can be better managed economically and the same results for renewable energy and climate change emissions goals can be met with a carefully planned  strategy that allows for LNG exports to Europe, and fossil fuel production flexibility in the face of the embargo on Russian fossil fuel supplies. ...

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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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Labour will introduce 40 bills in parliament to make changes in renewable energy, the environment, transport railways, and for cost of living action. Great Britain Railways and Great Britain Energy are two public companies to be set up to reach goals in public transport modernization and in getting a five fold increase in solar needed to meet 68% cut in emissions by 2030 (Paris Accords commitment). Great Britain Energy will be capitalized with 8.3 billon pounds. (Labour scaled down its 28 billion pounds Green Energy Plan because of Tory mismanagement of finances but will continue to invest in vital projects). The answer is to take a creative approach. More money will be released through the Crown estate bill that will have the crown estate use its auctions of offshore land for wind energy and make investments in green energy. National Wealth Fund will invest in low carbon projects.  Fro water Labour will hold the water bosses to account and put companies such as Thames Water in special measures. Renationalisation was considered but was considered costly at this time, other action is being taken.  Nine bills are part of the 40– the planning and infrastructure bill; the better buses bill; the three rail bills, which are the passenger railway services (public ownership) bill, rail reform bill and high speed rail (Crewe to Manchester) bill; the Great British Energy bill and crown estate bill; the sustainable aviation fuels bill; and the water (special measures bill) – that all focus on protecting the environment. ...

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Angela Merkel left Germany dangerously dependent on Russia for energy supplies that may simply be shut off after maintenance on the Nordstream pipeline. She did even worse on China says this report in The Times that says that it leaves Germany on the hook for billions. There are $200 billion of German investments in China and German business concern is snowballing with new restrictions on operations in China and the deteriorating business sentiment. Worse the entire supply chain for solar energy and other renewable energy products to tackle climate change is dependent on Chinese components. Another failure to prepare for the future under different scenarios. And 46% of German business have supply lines that include components made in China. By grossly underestimating the risks of such dangerous dependence on Russia and on China, and ignoring warnings from the US, Merkel has hit Germany's new elected government of Scholz, Baerbock and Habeck with very serious problems that may take the next five to ten years to sort out. On energy and how to build a whole new supply chain in Asia with the US and its allies Japan, India and other countries. The ultimate irony was that Merkel felt that she was the leader of the free world, and a free world that excluded the US and India. Such is folly. And how she was presented as a good leader in the media is today hard to comprehend. ...

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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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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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This report in Der Spiegel shows how the efforts to act on climate change are stalled in Germany with the failure to agree on how coal fired plants will be closed in the ongoing three party negotiations. The FDP party is pro-business and no agreement is reached with the Greens and the CDU on how to move ahead with the 65% of German power plants that do not rely on renewable energy such as solar and wind. Modern gas facilities are unprofitable making this a major challenge for Germany to cut power emissions under the Paris Climate Change Agreement and German targets of the Merkel government. Spiegel points out that energy companies are not keen on keeping the old coal power plants which are now outdated and an agreement is needed.

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This analysis of coal use using graphs shows a clear move away from coal in the world, except for two growth markets China and India which account for 60% of the increase in coal use since 2008. India has gone black in its shift to increasing use of coal. China has begun the shift away from coal to address the smog over large urban areas, poor air quality and health impact of coal use. Because China used five times the coal used by India in 2017, the overall impact in China and India is showing a shift away from coal to hydropower, other renewables including solar energy. It is likely that India will make the shift following China's example in the future. 

The trend is clear when one looks at the incremental terawatt hour and where it comes from. The shift is clear to renewables, hydropower, and non fossil uses in the rest of the World and China which account for most of the coal use in the world.

 

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The simple fact that other countries are subsidizing heavily the early period for building a new industry, as Taiwan has done in semiconductors, China in solar panels, and European governments in other industries, had serious industrial implications that were ignored for too long. US president Biden is following the same approach to bring back American leadership in manufacturing of semiconductors - supporting and nurturing American manufacturing. The unavoidable fact is that tens of billions of dollars are needed in risky bets on semiconductor manufacturing that is feasible only with the help and cooperation of governments. The choice is do this or lose leadership in one sector after another autos, semiconductors, renewable energy, and so on. What many fail to understand is that loss of this leadership leads inevitably to dependence, and loss of national sovereignty or economic security in some form or other. The path to leadership comes through gaining a storehouse of knowledge and technologies which makes it harder for new entrants including ones such as the US who have ceded this position of leadership completely as in semiconductors manufacturing. ...

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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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The increase in natural gas supplies from shale in the U.S. is dampening the interest of energy companies in the development of nuclear reactors. It is also changing the whole trajectory for energy sources in the U.S. The Energy Information Administration's forecasts for new additions of power generation capacity 2010-2035 show that natural gas will be the dominant source with 58.1%, nuclear is only 4%. Wind is 13% and other renewables including solar is 16%, giving renewables about 29%. Coal and fossil fuels are at 8% and hydropower 1.6%. This is a major development in the energy industry, for the U.S. efforts to reduce dependence on imported energy supplies.

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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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The message is clear from Paris - anybody can do AI at the profligate overspending and cost of people like OpenAI, and Microsoft. After DeepSeek in China proved it can be done at a tenth of the cost, there is the tremendous potential of the largest pool of young engineers and scientists in India to do it for a fraction of the cost in China.This is why this Action Summit in Paris is being done by sharing the cost keeping at  13 million euros, and having India under PM Modi as co sponsor with France's Macron. Modi called it and extension of similar efforts working with France on solar and renewable energy. Here is how the French did it- the Ministries each pitched in. The Economy ministry 3 million euros to attract foreign investors, the Foreign Ministry 2 million euros to welcome world leaders Vance and Modi, the armed forces 1.5 million euros, the Culture Ministry 1 million euros and staff to coordinate the summit. The buildings used were familiar ones- the Summit at the Grand Palais build for the Pais Exposition of 1900, the Institut Polytechnique for science themed events, and the Bibiliotheque Nationale France for the cultural weekend Feb 8-9. ...

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India's leading energy official, Anil Swarup, the Coal Secretary, says India has to depend on what is available, with slow progress on nuclear power there is not much else. As India increases its growth rate to 7-8% India will increasingly be dependent on coal. The Modi government plans to double coal production. About 300 million people in India have no access to electricity. The country faces energy shortages in other areas. Even with a push for renewable solar and wind energy, coal is expected to provide 60% of energy needs in India in 2030. One government model shows solar and wind increasing from 6% to 18% by 2030. India points to per capita emissions which are 1.7 for India, 6.2 for China, and 17.6 for the U.S., according to the Carbon Dioxide Information Analysis Center.

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The first spread event for Omicron outside of South Africa is now known to be in Norwegian capital of Oslo. Some workers of renewable energy company Scatec SA returning from South Africa where the company has a solar panel project attended an annual holiday party. The party was at Louise an upscale Oslo restaurant, with 120 people all vaccinated, and tested the day before. More than half have tested positive for covid 19, with at least 13 having the new variant Omicron. Oslo municipal health department says it expects more Omicron cases among the 64 coronavirus cases as remaining workers get tested. The results so far are anecdotal and thin to be sure, yet they show none of the infected employees were seriously ill, says this report in WSJ, citing a company spokesman. The spokesman says people had different sysmptoms but none were severe. Tine Ravlo, assistant superintendent of the Oslo municipal government says- all of them are under isolation at home. And  for now they have what they describe as mild symptoms such as headache, cough, sore throat, and flulike symptoms.  Norway has 80% of population of 5.4 million people fully vaccinated. Mask mandates are in place again in Norway, private indoor gatherings limited to fewer than 100 people. ...

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The Supreme Court ruling on EPA mercury regulations gives smaller plants with coal fired plants more leeway in installing scrubbers. Large companies have already committed to installing scrubbers for coal fired plants. Regulations are only one reason for the shift to natural gas from coal. Lower prices of natural gas and increasing supplies are a major reason. The U.S. will reduce dependence on coal for energy from 39% to 36% in 2015, with natural gas increasing from 27% to 31%, and renewable solar wind energy making up about 13%, according to EIA.

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Solar energy takes a big step forward in scale with the 800 megawatt plant for Pacific Gas and Electric which is under a state mandate that it get 20% of its electricity from renewable sources by 2010. It will use photvoltaic technology to turn sunlight directly into electricity.OIptisolar which is making a type of solar panel with a thin film of active material will install 550 watts in San Luis Obispo county. The Sun Power Corporation which uses silicon crystal technology will installl about 250 watts at another location in San Luis Obispo county. This is a big jump from th 14 megawatt photvoltaic installation at Nellis Air Force Base in Nevada using SunPower panels.