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How will the rise of renewables solar, wind and hydropower, nuclear change the demand and supply of oil and gas by 2030? How will this affect producers such as Russia, Saudis/UAE, and the US? And how will it affect China and India and the US? This question is answered by the new IEA forecast model that shows the demand at 105 million barrels a day in 2030, and supply at 113 million barrels a day, showing that renewable will have increased by 2030 to produce an oversupply of oil and gas. After 2031 this gap will widen and grow so that oil and gas prices will drop. This will accelerate the growth of India and China. Indian prime minister Modi tells people in towns across the country that the government will help people to put solar panels on homes so that instead of paying an oil and gas bill the energy generated from solar and added to the grid will give them a check every month to add to income.

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As large companies such as BP and Shell sell off oil and coal projects, smaller competitors in the energy field are buying these projects with the idea that the transition from coal and oil will take longer. The smaller energy companies bet that coal and oil will be the main source for energy for developing countries in Asia and Africa and that the underinvestment by the large companies will boost commodity prices. Numbers support their thinking as coal, oil and natural gas are expected to be source of 76% of global energy consumption in 2030. In 2019 this was 81%, according to the International Energy Agency. Because of the rising demand it means using even more carbon intensive energy.  India is making big strides in renewable solar yet the energy demand in the future will also jump further as India modernizes its economy. The trend is all in the direction of renewables yet the time it takes will depend on demand and the cost reduction of renewables with new technologies. ...

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This editorial Board opinion piece in the WSJ gives exceptional insights into major issues facing Germany, the cost of electricity generated from renewables, failure to meet climate change emissions targets set by the government, and the difficulty of forming a new coalition government with conflicting goals of the Greens vs the CDU and the FDP.  By one estimate it cost households and business about $125 billion extra in higher electricity bills for 2000-2015 to subsidize renewable energy from solar and wind. Utilities are required to buy renewable at above market rates, especially since the energy revolution called Energiewende was launched by chancellor Merkel in 2010. German electricity prices are about 36 cents per kilowatt hour compared to 13 cents in America. The 2011 decision following the Fukushima disaster to phase out nuclear power by 2022 made the effort to meet renewables targets of 40% by 2020 compared to 1990 -exceeding the 20% for the EU- even harder. Germany sees a 30% target for 2020 as reachable.   Even though renewables can generate 50% of required energy supplies, only 30% of the supplies are utilized as the renewables are generated mostly in the north of the country and there is a lack of transmission lines to bring it to the industrial south. The dirty secret says the WSJ editorial board for the renewable story in Germany is that a lot of coal is used in dirty coal plants to meet electricity needs when wind and solar energy are not available. Cheaper coal not natural gas is preferred for such generation as daytime peak use that recoups more expensive gas cost is managed with renewables. Leading to the situation that Germany generates only 9% of energy from natural gas compared to 30% in the U.S.. The further Germany has gone in renewables has also led to the paradox of increased dependence on coal. Getting to the new Jamaica coalition being planned between the CDU and the FDP and the Greens. The problem is that the Greens want to see the 20 most polluting coal plants closed, the CDU and the FDP are willing to close only ten coal polluting plants. The WSJ's opinion is that voters chose the AfD right wing party with 13% of the vote because of the platform promise to shut down Merkel's Energiewende policy.   ...

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A 850 megawatt solar project, the largest in the US outside of Las Vegas runs into opposition from environmentalists concerned about the effect on views and on tortoises other endangered species. The planned project on top of Mormon Mesa would put over 1 million solar panels 10 to 20 feet tall in the Nevada desert. Across the US 800 utility scale solar projects are under contract for generation of 70,000 megawatts of electricity, enough for 11 million homes, for more than Texas. Over half of this solar capacity is going into the southwestern US, with its sunshine and open land. For the first time the ardent advocates of renewable energy such as the Sierra Club are now opposing such projects. Solar made up one tenth of one percent of US energy in 2010, in 2020 it made up 4.5%. It is growing very rapidly because costs are going way down. Even before government subsidies solar is now below the cost of natural gas. Projects near Martha's Vineyard on the Massachusetts coast took 12 years to get sate and federal approval for wind energy. These battles are similar to ones being fought in Europe. The US is better positioned for solar because of vast desert spaces in the American southwest. President Joe Biden plans to use this advantage of solar and wind to get to 100% renewable energy by 2035. ...

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Plans of the incoming administration of president Lopez Obrador to increase renewable energy from wind, solar and other sources, in Mexico. Mexico's potential is for 8 times the current levels for wind energy and 75 times current levels for solar. Solar energy has not received much attention as Mexico increased reliance on coal and oil for energy. Mexico's supply of renewable energy is only 25% of total installed power capacity compared to 50% for other countries in Latin America.

The Obrador administration plans to cut Mexico's emissions by 6.8% a year. Solar energy in particular has high potential in Mexico.

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The renewable energy and coal projects of India's Gautam Adani are shown here in this report Emily Schmall and Hari Kumar in the NYT. The Financial Times looked into Mr. Adani's projects and financing and found that much of it comes from a scale of risk taking and business innovation, timely delivery that few businesses in India have an affinity for. As a result he has taken on a role of lead innovator for projects of scale in both coal and renewable solar energy for India.

 

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The European Union is making good use of the crisis in Ukraine to ramp up its shift to renewable energy. This WSJ report shows charts of where the EU is focusing its efforts from conservation, heat pumps, hydrogen, to wind and solar. Wind and solar show massive increases by 2030. By 2030 the European Union plans to increase wind and solar energy from 20 billion cubic metres to 170 billion cubic metres according to estimates from The European Commission shown in this graph by WSJ.

By the end of 2022 two thirds of Russian natural gas imports to the EU will have been replaced and by 2030 all of such imports will be replaced. 

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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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Greece generates about two thirds of its energy from solar and wind. It is also becoming a hub for gas pipelines from floating terminals through Greece to supply central and eastern Europe. About 1.5 trillion dollars are going to be invested in the next few years on building pipelines and the infrastructure for gas as a transition fuel before renewable energy becomes the dominant fuel.

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DW.com looks at the challenges India faces in meeting its target of generating 500 gigawatts from renewable energy by 2030. Meeting Glasgow COP26 conference targets requires India to increase installation of solar energy at three times the rate in the past, as well as make massive investments in storage and grid infrastructure, says one expert. Right now India is on track to meet target of 175 gigawatts for 2022-2023.

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The Ethics Commission appointed by Chancellor Merkel following the nuclear disaster in Japan has recommended that the German government close all of its nuclear plants by 2021. Merkel said that Germany will end its dependence on nuclear energy and use nuclear as a bridge technology till other sorces are developed. Germany gets 22.6% of its electricity from nuclear energy, according to the Energy Ministry. It has 17 reactors, six of the boiling water type, a design used at Fukushima, and 11 using pressurized water. A former Environment minister, Klaus Topfer, heads the panel, with the other 22 panel members draw from the energy industry and nongovernmental organizations. While recommending closing the plants "to eliminate risks," the panel said it would also boost the German economy. It said "a withdrawal from nuclear power will spur growth, offer enormous technical, economic and social opportunities to position Germany even further as an exporter of sustainable products and services." Germany has already moved ahead in developing wind and solar energy sources, and is developing leading edge technologies and capabilities in the area of environment friendly alternative energies. Wind and solar energy and renewable sources already meet 16.5% of Germany's needs. Italy and Switzerland said they would not develop new reactors after the Fukushima nuclear reactor meltdown. Only Germany with its strong environmental consciousness across all parties is making a decisive break with nuclear energy. ...

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The Modi administration's plans for clean solar energy and renewable energy production to reach 220 gigawatts by 2022, nearly doubling the capacity in 2 years from 135 gigawatts today. The message was conveyed at the inaugural address for the recent World Solar Technology Summit by the prime minister. The premier said that ISA is part of the "One World, One Sun, One Grid" project, which would be transformational for humanity.

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Why for some countries base load coal based energy capacity becomes essential with lack of energy storage options. India has realized that without storage simply adding more renewable capacity will pose problems for grid managers. India will add 60 gigawatts of fresh coal powered base load capacity in addition to 21 gigawatts under construction to tackle the problem of intermittency. India now has 40% of installed energy capacity from non fossil sources, rising from 25% in 2013, with solar and wind making up 30%.

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The UK is drasticall falling behind in renewable energy and on its meeting its commitment to the Paris Accords after failure to act on the part of Tory prime minister Sunak. It will have to ramp up action under Labour. The Climate Change Committee annual report to parliament shows Sunak approved projects would only meet one third of the emissions cuts Britain promised to cut emissions by 68% by 2030. Labour has approved three giant solar farms. This will not be enough as a five fold increase in installations is needed for solar.

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Strategic siting in renewable rich areas (Dallas center the largest is in renewable rich area) and fair cost allocation to not burden small businesses and households are major issues in Data Center building. Data centers for AI -rows and rows of servers 5000 in hyperscale data centers- used 4% of the US total electricity use in 2024. This is growing rapidly. By 2030 this is expected to grow by more than double, by 133%. About 60% of this to power the servers and 30% for cooling the servers. About a third of these servers are located in Virginia, Texas and California. How will this affect Cost of Living concerns, affect electricity prices? Carnegie Mellon working with North Carolina State University did the modeling on the energy and emissions implications of data center buildup in the US in their Open Outlook Initiative. A 8% annual increase in electricity prices is expected on average and as high as 25% in Virginia by 2030.  Total of about 40% increase over 5 years. Between 2014 and 2024 10 year period average cost for a home electricity use went up 25% from $114 a month to $142. This would now go up by 40% to about $200 by 2030 in just 5 years significantly impacting cost of living in the US. In which states will it strain electricity grids? In 2023 data centers consumed 26% of the total electricity supply in Virginia. In North Dakota 15%, Nebraska 12%, Iowa 11%, Oregon 11% according to Electric Power Research Institute. What are the energy types used? Natural gas is used for 40% of the data center electricity, wind and solar 25%, nuclear 20% and coal 15%.   ...

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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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Patti Pope, CEO of Consumers Energy, a Michigan power company serving 7 million consumers, is moving to greener sources for energy. Consumers Energy retired 7 coal fired power plants and is shifting to solar farms, wind farms for energy, smart thermostats and meters, new infrastructure, taking advantage of the lower costs of renewable energy.

It plans to invest $25 billion over the next 10 years, including to add 6 gigawatts of solar power requiring 59 square miles of solar panels in its service area. Included are plans to help customers to produce and manage their own power as more users install solar panels in homes.

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Governor Yuko Koike has set 2050 as the date for Tokyo to achieve zero greenhouse gas emissions. The Tokyo Metropolitan Government has put out the plan in "Tokyo Zero Emissions Strategy." All vehicles will be using electricity or fuel cells. And all buildings will use solar and other forms of renewable energy. The govenor called on all Tokyo residents to fight climate change. Also planned is an effort to reduce use of plastic and other materials that consume large amounts of energy.

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The needs of AI where the energy to power a city the size of Manhattan is needed leaves America short of meeting such supply with renewable solar, wind and natural gas. Nuclear had become dormant as the cost of natural gas and solar produced energy declined. With increasing need for clean energy the Biden administration considered reviving nuclear energy and included funds for this in its legislation.  In the last year Constellation which owns the Three Mile Plant in decommissioning status changed its plans under CEO Dominguez after attending AI meetings realizing that this was an opportunity. Dominguez had research done to match energy projects in the US with the demand including AI data centers to be convinced it made sense to invest, and meetings with Governor Shapiro. It is moving forward with $1.6 billion investment after a deal with Microsoft for energy from Three Mile Nuclear plant, delivery in 2028, at $115 per megawatt hour. It costs $142 per megawatt hour for new nuclear energy construction.  State and federal regulatory approvals are needed, and the risk of underestimating the cost of restoring nuclear at decommissioned plants are high. ...

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That India is meeting and exceeding goals set under the paris Climate Change agreement is a great achievement of the last 6 years says this Hindustan Times editorial. India's achievements in solar and other forms of renewable energy have been achieved with a bold vision and strong effort of its own showing that climate change agreements are not the only way to tackle climate change. As one of the major users of energy from coal and fossil fuels India's bold action makes a huge difference for the world. As China, EU, Britain and Japan commit to a net zero carbon target India is now one of many countries in the competition to reduce fossil fuels. This also means HT says that India must now be prepared for technological competition as well as shift to renewable energy sources. The return of the U.S. to the climate accords now positions both countries to benefit from each others advances in renewable energy. Partnership with Britain and Japan also offers new possibilities for technology access and sharing so that more gains can be made to benefit India's and the global environment for clean skies, clean air and clean waters. ...

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The Paris climate change agreement involved 195 countries. Agreed to on December 12, 2015 it was seen as a major step forward to limit global warming to 2 degrees celsius or 3.6 degrees Fahrenheit. Progress has been slow in taking action since then. Because of covid 19 the Glasgow conference was cancelled. Hope stems from the goals set for carbon neutral economy of Japan, the EU, UK, China, and the U.S. as it enters the agreement after withdrawing.  Much will depend on action taken as the pandemic has pushed economic goals of recovery to the forefront. As India has shown in renewable energy, particularly in solar energy targets and bold vision, there is a lot that can be done by each country acting on its own without the hype of the agreement. India now sees huge opportunities in solar energy because it is cheaper and pollutes less than coal. This is a game changer that comes from investing in new technologies and taking advantage of India's abundant access to sunny weather and the lower labor and other costs. ...

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A problem the renewable energy industry faces is how to store energy so that it can meet demand when it is cloudy or calm, conditions when solar panels and wind energy generators are not working. A company in Switzerland is working on a novel solution. It uses cranes to lift 35 ton bricks that are stacked to form a 400 foot tower. When energy is needed the kinetic energy from bricks coming down powers generators. 

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Wind and solar finally overtake coal in power generation for the European Union. 30% of EU electricity is now generated by wind and solar. Power generation from coal and gas dropped by 17% in first 6 months of 2024, resulting in one third drop in sector emissions, according to climate think tank Ember. In 13 member states power generation from solar and wind was higher than coal and gas with Germany, Netherlands, Belgium and Hungary achieving this for the first time. This makes US commitment to climate change all the more critical for 2024-2028. EU is a big contributor to emissions for climate change. It is also setting aggressive goals. This progress brings into view zero power from coal and gas.  Andrea Hahmann , scientist at Denmark technical University, author of one chapter in the IPCC report on energy systems says “The ‘crossing of the lines’ demonstrates that the EU’s electricity transition is possible, and we should not give in to pessimism. The renewable energy targets that must be met are substantial but achievable with the proper policy measures.” ...

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Shares of Adani Enterprises went up by 3000% over 5 years putting valuations at extreme levels, says this report in the WSJ. This has created a disconnect between valuations and fundamentals say some experts. Hindenburg Research is a American forensic financial research firm started in 2017 by Nathan Anderson in New York City with 5 employees. It has issued a critical report of the Adani Group companies leading to a loss of 18.5% of its valuation. Adani Group companies make up 5% of the Bombay Stock Exchange and are a big part of its renewable energy effort even though the company had major interests in coal in Australia. Adani is trying to make the switch to renewable solar and wind energy and at the same time meet India's continuing need for coal because of its large population. The situation is similar to China and is poorly understood in the US and Europe, the effort to make large investments in renewable energy even as the company provides energy from fossil fuels. Adani set up the Mundra port in Gujarat helping Gujarat become energy sufficient and making it the most industrialized part of India. The London based Financial Times took a look at the Adani Group long before Hindenburg Research in the last 2 years and concluded that Adani Group companies have grown rapidly because India's effort for industrialization requires aggressive investment and risk taking which none of the other companies including India's Tata and Reliance Group are able to do in infrastructure and energy in the same way that Adani has. Reliance Group has invested in 4G and 5G and setup Jio to create low cost access to fast internet in India. When it comes to roads, airports, coal and renewable energy Adani has invested aggressively. This has created the perception that the Adani Group has benefited from its relations with the government. As the Financial Times put it Adani Group was the only private investor willing to take up the challenge of super sized goals needed for India's rapid growth. In this sense a forensic research company based on short selling is up against a company that has already faced skepticism about its rapid emergence as a renewable energy focused company shifting from fossil fuels, a transition neither Exxon or Chevron in the US have been able to do. ...

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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. ...