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

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Wind and solar tax credits to phase out end of 2027 instead of 2032 under Senate version of US Tax Cuts Bill. This gives less time for renewable projects in solar and wind to get these tax credits and places them in a difficult situation. Senator Tillis of North Carolina who voted against the bill plans not to run again. The 3B Tax Cuts Bill is being considered in Congress this weekend to be placed on president's desk before July 4th weekend. The generous subsidies of the Biden administration are being questioned by the new Energy Secretary Chris Wright.

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IEA Director Fatih Birol says conservation of energy plans should be undertaken by all nations. He says Gulf countries and Saudi oil output will not be the same even when the war ends and the shipping lanes in the Hormuz Straits will not be handling the volumes of 100 ships that passed through the sea channel before the Iran War. Yet he says the best solution is for opening the Straits of Hormuz. This raises some serious questions about depending on the Straits of Hormuz and the Persian Gulf for oil supplies in 2027 and beyond. Can conservation, new sources of oil, acceleration of renewable energy use and electric car technologies lead to making the Middle East oil supplies becoming redundant, doing without this supply or turning it into a marginal source which would lower oil prices even further to the $50 level? Energy use decline for the same or higher GDP levels have potential in the US, China and India. Japan and Germany have cut energy use by about 50% in Japan and 35% in Germany with slightly higher Real GDP levels than 1996 in Japan and a 50% increase in Germany over a 30 year period( using 2015 as base year).  Major renewable energy gains have been made in the last 10 years with solar and wind technologies and electric car technologies. Much of the gains in electric car technologies lies ahead and this would cut crude oil significantly for cars and trucks which makes up 60-70% of oil use. Add to this conservation technologies. Other sources of oil can be found. And Venezuelan, Alaskan oil can be ramped up to replace volatile sources from the Middle East.  ...

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

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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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Brazil president Lula at COP30 Belem, Brazil- mixing oil drilling plans with plans for climate change for Amazon forests. This is not a contradiction in today's world as many nations including China, India are depending on coal and moving forward with solar and wind energy, and the US is also drilling for oil and it's private sector continues moving forward on renewable energy. In 2025 cost of living action for working class families means getting cheaper sources of energy, and at the same time climate change requires new invention and scientific advances in developing solar, wind, nuclear and other renewable energy. US Biden administration accepted this combination approach and it is also practiced under the current US Republican administration with different degrees of emphasis to meet current and future challenges in the best way possible.

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From 2007 to 2022 US electricity demand flattened with new energy efficient technologies. It is now poised to increase from 2022 to 2035 and the process is happening  with approval of new natural gas plants and new data centers, new manufacturing plants needing large amounts of renewable energy. This say Plumer and Popovich in NYT could very well upset president Biden's plans to get 100% of energy from renewables by 2035 and cut greenhouse gas emissions by half to tackle climate change. Utilities are moving ahead with putting up new natural gas plants, and new data centers are needed for the shift to remote work since 2020, electric automobile and chip making plants are coming up at a rapid pace. Without a sustained effort the climate change action needed may not take place with the long lead times to bring renewable solar, wind and other energy and put it in place for transmission. This report looks at the data centers coming up in Virginia and the EV manufacturing plants in Georgia as examples for the new demand and how it could upset plans for climate change action. ...

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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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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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Utilities moved away from coal under the Trump administration. In 2024 energy from coal is three times costlier than energy from solar or wind. Coal is now being phased out as it now produces only 16% of the US energy needs from 50% under the Obama administration 2008-2016. First there was the shift to fracking natural gas from coal and now there is the shift to solar and wind. States needed by the two parties such as Michigan, Arizona and Wisconsin are not coal producing states.

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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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Experts say solar energy costs are going down by 30-40% every time the deployment of solar energy doubles in a country. The Modi administration plans to triple solar energy production in the next 5 years. This investment in solar energy should drive down costs from the $35 per megawatt hour in 2020. Experts say that costs are going down at a rate that was never expected.  For India the courage in making these investments in solar energy since 2010 and accelerated in 2016, are path breaking. This could be a world changing event for India as cost of energy can bring up living standards throughout the country. Gone will be the days when children lacked electric bulb light to read and study in villages in India. It also shows the need to heed Vivekananda's words: "This I have seen in my life- he who is overcautious  about himself falls into dangers at every step; he who is afraid of losing honor and respect, gets only disgrace; he who is always afraid of loss always loses." The pioneers in India pushing forward these new initiatives have listened to these words. ...

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European Union plans are for cutting by two thirds current imports of oil and gas from Russia in 2022. The EU's plan is to take down the imports of Russian natural gas from 155 billion cubic meters which represent 40% dependence on natural gas from Russia, the import figure for 2021, down to 100 billion cubic meters. James Henderson, chairman of the gas program and the energy transition research initiative at Oxford Insititute for Energy Studies, looks at how the EU will get this done.  The European Commission's plan is to get 50 billion cubic meters of liquefied natural gas. New projects for LNG and return to market for supplies that were disrupted earlier would generate 40 billion cubic meters of LNG. Of this 30 billion cubic meters could go to Europe. Another 10 billion cubic meters is expected from Norway, Algeria and Azerbaijan. Some of this by delaying maintenance. Conservation and reduced consumption could deliver savings of 38 billion cubic meters of gas. Of this 20 billion cubic meters would come from new solar and wind energy. Roof top solar and installing new wind energy can save about 4 billion cubic meters of natural gas. This does not include energy saving from industry, particularly Germany, which makes up a significant part of the use of oil and gas. Increased temporary use of coal may be considered and nuclear energy is an option in some countries. These are first step, additional action will be needed to reduce dependence on Russia from the current EU plan of one third reduction in 2022 to two third reduction by the end of the year to demonstrate the EU's resolve in the war in Ukraine. ...

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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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The plans for 20 liquefied natural gas projects are being launched or sped up in the EU which would give about 83% of the natural gas imported by the EU from Russia in 2021. LNG produces half of the carbon dioxide emissions of coal and Europe sees it as a transitional fuel. The EU plans a 14% reduction in greenhouse gas emissions by 2030 compared to 2020, and a lot of this will come from a massive expansion of wind and solar energy, and using energy more efficiently.

Doubling down on LNG means the EU will find itself into many long term commitments to LNG that would hurt the effort to meet climate change action goals say experts.

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Indian prime minister Modi tells RE Invest 2020, that India has almost tripled renewable energy production including solar and wind energy in 6 years, and is now the 4th largest renewable energy producer in the world. India is also now the fastest growing renewable energy producer in the world. He says India made investments in renewable energy early even when it was not the most cost effective source of energy. Through its scale and new technology, manufacturing advances, India is now in a position to show that renewable energy is sound economics. Since 2017 renewables exceed coal as a source of energy, making up 36% of energy production today.

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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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Investment in the US in clean energy technologies reached $213 billion in the last 12 months through July 2023 after the climate law was passed by president Biden. The prior year it was $151 billion and the year before that $81 billion. Investment is growing fastest in electric car batteries, EV's, and in solar panels, slower in wind energy. This shows the Biden plan is working and will accelerate in the coming year.

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The rapidly changing situation in energy is shown by the $15 billion German government rescue of Uniper, which contains the legacy fossil fuel assets of Germany's E.ON electricity maker. The war in Ukraine has made energy security a priority, leaving fossil fuel assets at risk of getting stranded. This is what happened at Uniper as Germany moves quickly to develop renewable sources to replace Russian fossil fuels. Clean energy investment is increasing rapidly as many green energy options are cost effective. Two thirds of electricity is generated in countries where it is cheaper to build new solar or onshore wind facilities than to run existing gas or coal powered facilities. Offshore wind with newer technologies will soon be cheaper also. Higher fuel and emissions prices, the cost of running older facilities in extreme weather, also increase risk of stranded assets.   To understand how quickly the situation is changing and can lead to stranded assets - solar energy is now half the cost of energy from coal or natural gas at today's prices as shown in the graphs in this WSJ article. Large investment in research and new technology will only decrease the cost of solar and wind energy to 2025 and 2030, increasing the investments in renewable energy and speeding up the curve for transition to renewable sources, with the added impetus of government support to achieve COP26 targets. ...

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

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

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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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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. ...