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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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The huge failure to tackle insulation of British homes in several schemes launched for energy security by first Cameron and then Johnson, are shown here in The Guardian. Many businesses in the insulation industry closed in 2013 with the neglect from the Cameron government. In a recent energy security plan the administration of Boris Johnson failed to show a plan for insulation of British homes. As a result of this neglect over a decade the British homes are among the leakiest in Europe when it comes to insulation. Labor party has announced a plan to insulate 2 million homes in the first year alone in response, and to do this over 10 years at the cost of 60 billion pounds. Italy has a plan where it pays 110% for the cost of insulation, replacing boilers, installing heat pumps, installing solar panels, for Italian homes. It has cost 17.5 billion pounds so far. One or two year programmes are insufficient and likely to fail. The flipflopping of Mr. Cameron on green energy the worst kind of solution. This is because something like a ten year programme is needed to get serious results in energy efficiency for homes in Britain. To retrofit new building 30,000 skilled workers are needed, to install efficient new heating systems 60,000 new technicians. There is a stagnating level of technical skills of this kind in the UK as a result of neglect and lack of a well executed strategy. ...

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After 3 decades the US is finally offering the scale and scope of infrastructure investment overseas that is needed. President Biden says $200 billion will be invested in infrastructure overseas over 5 years at meetings of the G-7 in the Alps south of Munich in Germany. Along with its partners and with government and private investments the size of the investment will reach $600 billion over 5 years to 2027. This will include projects such as $2 billion for solar energy in Angola, and a $600 million submarine telecommunications cable connecting France to Singapore.

It is a combination of direct government aid and private investment. President Biden sees Build Back Better World as the overseas version of his Build Back Better America for workers and families in the US for which Congress has authorized $1 trillion in infrastructure and climate change initiatives in the US.

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Positions different industries are taking on the energy consumption question.

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The Zero Energy Ready Home is now becoming a reality- what little energy they need can be derived from a roof full of soalr panels. Instead of conventional cooling and heating such homes use a heat pump, use enough insulation, and LED lighting. In 2020 California will require all new home to be Net Zero for energy use. The European Union also has set a goal of net zero for 2020 for all new home being built. In the U.S. only 8547 units of this type were built in 2017, with about 38,000 in construction.

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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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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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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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Princes MBZ of the UAE and MBS of Saudi Arabia were seen as close with MBZ the mentor of Prince Salman of Saudi Arabia (MBS). Saudis and UAE differ on how high oil prices should go. Both MBZ MBS wider mindsets are close based on modernization of the Arab world. Oil price increases mean hardship for most of the world's population, a shift of wealth from more populous countries such as Turkey and India to countries with very small numbers of people as the UAE (9 million) and Saudi Arabia 35 million). It poses hardship in cost of living for people in Asia, Africa and in EU, the US. This calls for a vigorous effort to make the switch to solar energy to reduce inequality and wide disparities of wealth in Asia and the Middle East.

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By July 2011, when Solar Frontier KK's new solar panel factory is in full scale production, it will become the world's largest plant for photovoltaic cells. The parent company is Showa Shell Sekiyu KK, a Japanese oil refiner. The $1.25 billion solar-panel factory in Miyazaki prefecture is expected to open in a few months. The annual output will be 900 megawatts of photovoltaic cells. For Showa Shell the move makes sense as oil demand is declining in Japan, given a shift to cleaner burning natural gas for power generation, and adoption of hybrid cars. Showa plans to cut its oil refining capacity by 20% in 2011. And the solar business will account for 50% of the company earnings by 2014. Mr Kameda, head of the Showa Shell solar business, says his company is focussing on the market segment that is growing fast- thin-film CIS cells, made from copper, indium and selenium. These cells cost less to make and to buy, than thicker silicon based crystalline cells. The thin-film have a potential for increasing efficiency and reducing cost because they are relatively new. Showa's technology converts about 13% of sunlight into energy. Showa is also working with partners. It plans to supply panels to GE's solar energy projects, and is working with IBM to develop next-generation solar-cell material that is based on readily available materials....

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The transformation of towns in Iowa like Newton, once the place where Maytag and washing machine plants were located, and now with many of these plants closed the shift to making parts like blades for wind energy. The transformation of Toledo, a location for the auto industry factories, and now with the closing down of these plants the shift to manufacturing solar panels for solar energy. In all a transformation that is expected to generate 3 or 4 million jobs in the midwest in energy related products, to replace the jobs lost in the auto industry and in industries like appliances, like the Maytag plant in Newton that closed. Along the way there is hope and optimism and awe at the new product being built for wind and solar energy, which is cutting edge and not easily outsourced because of the size of the blades and the structures in wind energy generation. The struggles are chronicled of the people in Newton, Iowa and a whole generation of workers who even without a college education were able to live middle class lives because of Maytag plants in the area. And the distress caused as these plants cut employees and let the plants get antiquated, and finally the distress with the shutting down of the plants....

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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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Solyndra Inc. and what went wrong. Solyndra filed for bankruptcy in Sept. 2011, after investments of private and government capital of over a billion dollars. Of this $535 million was a loan backed by the U.S. Department of Energy, leaving taxpayers with large losses. When emails were being exchanged between Vice President Biden's advisor and OMB staffers on August 31, 2009, according to the Washington Post, Solyndra was already in trouble. OMB pleaded for more time to do due diligence and analysis of the company. A $535 million loan was approved just when the economics behind Solyndra's cylinder coated solar materials were being made obsolete by the existing technology of polysilicon cells laid out on a flat panel. At Solyndra's inception in 2005 the cylinder based technology held promise, as the polysilicon cells technology relied on polysilicon material which was costly to make. In 2009 China was investing heavily in the polysilicon technology and bringing prices down to where the material cost was coming down quickly-down as much as 80%. By the end of 2009, it cost $4.00 per watt to produce Solyndra's product, while the competing Chinese polysilicon product cost $1.00 per watt- today this is down to 75 cents for the polysilicon product. The Solyndra product was harder to manufacture and had more defective material that had to be discarded. It is in the midst of these sea changes in technology, costs, and the economics of the project, that the government pushed for and OMB approved the Solyndra loan of $535 million to build a new factory that could produce 500 megawatts. In 2010 the economics worked as it would be expected, leading to Solyndra sales of 65 megawatts. The original factory had a capacity with improvements of 100 megawatts. Solyndra lost $172 million in 2009 on revenue of $100 million. Private investors attitude to their investment changed in 2009. The Wall Street Journal quotes one investor who saw the government loan followed by an IPO as a way to exit and cash out. A press release by Solyndra in July 2009, stated the company had a contractual backlog of $2 billion, even as the economics of the Solyndra product were collapsing. Yet these orders were not firm orders but framework agreements. In Dec. 2009 the lead underwriters, Goldman Sachs and Morgan Stanley, made an initial filing for an IPO, which was cancelled by the board 6 months later when the new factory had to be closed. The private investors interests and the governments interests had already diverged by the time of the email pushing for the $535 U.S. government loan from McSweeney, Biden's domestic policy advisor, to the senior OMB staffer, cited in the Washington Post, Stephens and Leonnig, 9/14/2011. OMB and the White House staffers failed to see this and the bankruptcy outcome that seemed highly probable in August 2009, based on the economics and competitive technology and pricing. This does prove the often cited comment that the government is not good at choosing winners and losers when handing out money. It goes beond this to show the whole process of due diligence failing at agencies such as the Energy Department and the Office of Management and the Budget, where one would think technically qualified staffers could catch the problems and risks of a project that were so apparent. ...

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Air pollution concerns are leading China's National Development Reform Commission to set a higher goal for cleaner energy. The NDRC plans a 52 gigawatt increase in installed capacity for green energy in 2013, an increase from 36 gigawatts in 2012. This includes 10 gigawatts for solar energy. Clean energy will take up 57% of additions to installed capacity in 2013, compared to 35% in 2010, according to Tian Miao, an energy anayst at NSBO.

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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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France's GDF Suez takes a $20.4 billion writedown. The European power generation industry is taking large losses as a result of the growth in wind and solar energy.

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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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Prince Salman's efforts to launch an IPO of Saudi Arabian National Oil Company faces resistance from Saudi bureaucrats. Prince Salman wants to reduce the country's dependence on oil revenue, and hoped to use the IPO generated $100 billion to make investments in other industries. Saudi technocrats see risks in the plan- as costing consumers billions of dollars in higher gasoline prices, legal risks and public scrutiny. The IPO has been pushed back to 2021. Large new investments such as solar generation hub also face passive resistance in the bureaucracy. New investments policies have led to a Saudi recession in 2017, and reduced investment and consumer spending. Prince Salman sees it differently, once telling Theresa May of Britain that even if he got 50 of the 100 things he wanted done, that would be 50 not done otherwise. Salman has a disdain for the bureaucracy and has tight control over the country. He has led popular social changes such as letting women drive and taking away the power of religious police to make arrests. The Economy Minister has slowed down a plan to sell state assets such as government owned hospitals,airports, because conditions are not ideal. A plan to invest $7 billion in Uber was shelved. Aramco chairman Mr. Falih has reduced the size of investmetns including for the solar energy generation project. A plan to have ARAMCO listed on the New York Stock Exchange preferred by Prince Salman has been changed with advisers suggesting the London Stock Exchange as a place with lower risks of law suits under U.S. tort laws. Saudi executives at ARAMCO also pointed out that to reach the $2 trillion valuation that the Prince has in mind for ARAMCO the company would have to sell gasoline to Saudis at market rates, tripling oil prices in the kingdom -costing consumers $98 billion. The advisers believe it is more prudent financially to raise debt. Under that plan ARAMCO could raise debt to buy the Public Investment Fund's (PIF) 70% stake in state owned chemicals company Saudi Basic Industries Corp. which would infuse PIF with $70 billion, almost as much as generated by a IPO for ARAMCO. On solar energy Mr. Falih lowered the plan from 1500 gigawatts to 200 at a cost of $200 billion. Under a new plan this is at 60 gigawatts from solar and wind with 70% produced by the Public Investment Fund, the state's investment fund.   ...

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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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It took Panasonic 6 years to get its Wuxi factory near Shanghai, China, to near net zero carbon dioxide emissions. It was tough say company executives. Panasonic has a job on its hands. It would take 37 such efforts to neutralize the 2.2 million metric tons of greenhouse gas emissions of the company's operations. When suppliers are included this is only 2% of the 110 million metric tons associated with Panasonic. To get an idea of how much this is- it is the same as  half of Spain's annual emissions, and five times that of Apple Inc. Zeroing out emissions would take till 2030, or beyond, depending on how much pressure there is from customers, investors and government. It is this pressure from all sources that is making the 100 largest corporate emitters to take notice and take action on climate change. Solar panels are only part of the action, every part of company operations has to be examined and changes made including energy saving so that less energy is needed in the first place.  For companies taking such action this report by WSJ on Panasonic Wuxi is a lesson on how it is done, step by step. ...

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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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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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The Glasgow COP26 summit could be the beginning of a new era for mankind as the city that started the industrial revolution in Britain takes the world on a turn into a new era of ecologically conscious living. This BBC report looks at changes we should be experiencing in 2022 to 2030. Electric cars that take the place of current automobiles, increasing use of construction materials other than cement and concrete, use of solar and wind energy. From a mental health standpoint lifestyles built around walking and cycling, more forested areas and green spaces in and around cities, cleaner air, quieter cities, food choices and agricultural choices made around health and better ecology. Personal investments, corporate investments and pensions of $139 trillion invested in a way that cuts carbon emissions. Governments and private citizens enabling transparency and regulation, weekly monitoring on matters relating to emissions in one's own neighborhoods and local region.  ...

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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.