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WSJ Editorial Board on Iran strategy to have low level skirmishes and missile attacks for the rest of 2026 and keep Hormuz on ship by ship basis essentially blocked. Most of the oil through Hormuz going to teapot refineries in China, some to Japan and India. Alternative US supplies have to be arranged for India and Japan, nuclear, renewables have to be accelerated immediately as this is the likely scenario. China would have to look for alternate supplies. It is not just the US response, how will China, India and Japan respond to get alternate supplies, how are their governments preparing for this scenario? France announced it is going to go all out on electric cars to cut use of oil.

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Reports from automotive experts in Stuttgart show German car companies and suppliers are not well prepared for the competition in electric cars. Their leadership may not be taken for granted in electric car world causing threats to jobs, tax revenue and growth. It was in a Stuttgart garage that Daimler and Maybach invented the internal combustion engine 136 years ago in 1884.

The Institute for Employment Research of the German government prediction is that if electric cars make up 23% of all cars sold in 2035 the country would lose 20 billion euros in output, 0.6 percentage of GDP, and 13% of its 870,000 auto industry workforce. This is because China is emerging as a formidable competitor in electric cars and has invested heavily in this sector.

As in broad band infrastructure shown in a recent report in Lyrarc, Germany has failed to invest enough in electric cars.

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2023 is the year when electric cars will finally be made competitive with gasoline cars with the help of government incentives, competition, and lower raw material prices. This trend will continue. Battery powered GM vehicles will cost $30,000 this fall. The Inflation Reduction Act provides government tax credits of $7500 for electric car buyers.

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Germany is facing a shrinking market for its electric car exports to China as local makers dominate the market in China for the first time in 2023. BYD is China's largest e-car maker and is growing much faster than American or European makers. Every second e-car worldwide in 2023 is made in China. Germany's e-car exports are 60% of what they were in 2022. BYD sells 20 times more e-cars in China than VW.

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Hyundai introduced its first electric car named the BlueOn. The South Korean government is pushing the timetable forward for development of an electric car industry in S. Korea. Production for small electric cars to begin in 2011, and medium sized electric cars to begin in 2014. By 2020 the government hopes to see 20% of the cars on the road in the electric car category, and it plans to offer tax and other incentives to buyers. Hyundai has invested $34 million in the last year for the development of a car with a lithium-ion battery. SK Energy Co is the initial supplier for the battery. The S. Korean government will do a study on exchange battery system for electric cars, where one battery can be charging while another is in use.

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The low or zero carbon footprint goal of electric cars is achieved only by use of 100% renewable energy.

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Senator Lamar Alexander is a kind of misssionary for electric cars and for a major push with government assistance in this area. A bill sponsored by Alexander and Senator Byron Dorgan plans to designate 5 to15 urban areas as model locations for electric car use. These areas would get money for infrastructure such as recharging stations, and people in the areas would get an additional tax credit to take the tax credit from $7,500 to $10,000. The bill has important provisions for promoting research at companies and universities to improve electric car batteries. $1.5 billion would be allocated for research in electric car batteries, and a $10 million prize for the person or company able to build a battery with a 500 mile range. The total cost- $10 billion.

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Lithium supplies in North America are critical for electric car makers. The Inflation Reduction Act of 2020 requires automakers to use lithium from North America. The NYT looks at one lithium mine in Quebec 350 miles north of Montreal in a pine forest.

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Electric cars have perfomed well in disaster hit regions of Japan after the earthquake, when oil refineries and gasoline stations were out of operation. 89 Mitsubishi i-MiEVs were put to use in Miyagi, Fukushima and Iwate prefectures. They were perfect for Sendai say city officials. The cars were driven an average of 30-45 miles a day in Sendai, which is half the distance for a full charge. Each night they were returned to city hall and recharged using 220 volt outlets. Fast recharging stations which replenish batteries to 80% of capacity in 30 minutes were used. The standard 100 volt outlets take 12 hours. This performance should speed up the timetable for electric car development in Japan.

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After test driving a Tesla Roadster in California in April 2010, Akio Toyoda, Toyota CEO, asked a senior executive Ihara to test-drive Tesla's Model S prototype car. This has led to a deal between the two companies, Tesla Motors and Toyota. Under this deal Tesla will use the NUMMI manufacturing facilities in Fremont, California, to build the Model S electric car. Model S is Tesla version of an electric car that would fit high end customer's budget for an electric car. The Model S price is starts at $50,000. Before this Tesla build 1000 Roadster electric cars which cost $100,000 each. Tesla was given $465 million by the US governmet to make a car that would be closer to what car buyers pay for premium cars. As part of this deal Toyota will buy $50 million of Tesla stock after its IPO. Toyota will cooperate with Tesla in the development of electric car parts and production systems and engineering. Separately Toyota plans to bring its own electric car to the market by 2012.

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Ford CEO, Alan Mulally, says the electric battery in the newly designed Ford Focus EV electric car costs about $12,000 to $15,000. The car price is $39,200. The similiar gasoline powered car price is about $22,000. This car has a 23 hour kilowatt hour battery pack. Based on this information the cost is $522- $650 per kilwatt hour. The U.S. Department of Energy has set a goal reaching $300 per kilowatt hour by 2013, as it funds new electric car development in the U.S. The Ford Focus EV is directly competing against the Nissan Leaf. The Leaf starts at $35,200, with a range of 73 miles on a full charge compared to 76 for the Focus EV. The Focus can be recharged in three and half hours using a 240 volt charger, compared to 7 hours for the Leaf. What the battery cost tells us is that the electric car development has to bring costs down rapidly for electric cars to become price competitive.

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GM plans to bring the Chevy Volt, a plug in type of car that will run more on the battery than the Toyota Prius- which uses gasoline support as soon as it picks up speed- to market in 3 years. But it doesn't yet know how it will do it. What created the opportunity is that Toyota is having a hard time of its own trying to figure out a battery that can provide more electric power, more punch, that would raise the Prius mpg from 46 to about 80 mpg. Its lithium ion technology batteries to achieve this haven't passed the safety tests so Toyota is pushing this back to 2011. This created a opportunity for GM to come up with its own for a plug in Chevy Volt. Its looking a small companies in the US that might supply these batteries. GM has come up with 2 consortiums of suppliers, one from MIT called A123 that is based on the work of MIT Prof.Yet-Ming Chinag who works with iron phosphate technology that is less prone to fires and safety issues. The other is led by S. Korean chemical maker LG Chem. Toshiba is working on research for a lithium ion battery for cars that will be safe on the Japanese side. It is not clear how this will turn out because batteries for laptops have had fires and safety issues, but the R&D is on in earnest for a new safe electric battery for cars. And automakers know its not just about an electric car. On it rests the image and innovation leader perception that is so important in marketing that no amount of advertising can fix, as the US automakers have learned to their extreme grief. ...

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Ghosn of Renault-Nissan used to be a skeptic about electric cars. Now he is on board. Nissan plans to sell an electric car in the US and Japn by 2010. It will be only hundreds of vehicles at first so it will take more time to take it to mass market, but the goal is to go for mass market. By 2012 Nissan will plan for a lineup of electric vehicles, so it will extend beyond small cars to small minivans and small commercial vehicles and small crossovers. 100% electric cars also are described as zero emission vehicles. But Nissan won't be the only company doing this. Mercedes is moving "very fast" in the direction of emission free vehicles, see the the interview with Daimler's Zetsche. Mitsubishi Motors and Fuji Heavy Industries are testing versions of electric cars. And GM plans to introduce the Chevy Volt in 2010. Toyota plans to have a plug in hybrid about this time. Mercedes will be the first to bring a lithium oin battery in its S400 coming out later this year which will be a hybrid. It is the cooling of lithium ion batteries that has been a major hurdle to development of electric cars and Daimler's Zetsche says they have solved this problem, have 24 patents, and developed a cooling system that works inside the car. Nissan has an electric car project that it is working on with California based Project better Place to produce electric cars for the Israeli and Danish markets. Ghosn has grasped the idea that the market is signalling a major and irreversible change towards smaller emissions and regulators are way behind on this curve. He says that if one is to sensibly participate in the growth of emerging markets which Nissan is doing in North Africa and India and Eastern Europe then one has to think in terms of sustainability and lower emissions, as putting tens of millions of more cars on the road around the world can damage the environment. And the only way this can be done to meet the aspirations of people in emerging markets is to lower emissions and to set this as the overriding goal. One gets the same sense from the Germans, see Zetsche, Daimler....

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The electric car industry in China is led by the state run electric companies. China Southern Power Grid is one of the companies leading the pioneering efforts.

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BYD shares have fallen sharply as sales of its gasoline powered cars have declined in the Chinese market, declining by 43% from the high by Feb. 8, 2012. Part of the problem is that sales have shifted to foreign brands. BYD pushed ahead with developing electric car technologies, but the market appears to be moving in the direction of gasoline-electric hybrid cars, in which the Japanese manufacturers have the lead. BYD sold very basic cars at the low end of the price range. In 2009 and 2010 the government provided incentives with reduced sales tax for cars with small engines and subsidized sales in rural areas, which helped BYD sales. These program were phased out. In 2011 restrictions on cars went into effect for Beijing, with license plates for the municipal region reduced by two thirds, to limit the automobile congestion in the city. The license plates were distributed using a lottery system., This further shifted purchases to the higher price end made by foreign brands. BYD now sees the future sales potential in hybrid gasoline-electric cars and has changed its strategy....

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Daimler and China's BYD Company are setting up a 50-50 joint venture to develop an all electric car for China's market. The total investment is for $87 million and the venture name is Shenzen BYD Daimler New Technology Company.

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President Xi Jinping's Made in China 2025 plan has spurred startups in electric car technologies, and raises concern about overcapacity. Electric cars is one of 10 sectors in the Made in China 2025 plan to promote global competitiveness for Chinese companies and domestic dominance. China Construction Bank and National Development and Reform Commission announced a $47 billion plan. Direct government subsidies of $15 billion over last 5 years have also increased the number of startups.

All automakers in China are required to produce electric cars. The electric cars sold in China at 777,000 make up half of the electric cars sold in the world. 

Local governments in places such as Anhui province have invested in electric car companies. One such company Singulato in Tongling, Anhui, is profiled here, with its first electric car expected by the end of the year priced at $43,000.

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The Chevy Volt GM's plug in electric car comes out in 2010. Toyota plans to bring its plug in electric car in late 2009. A company in China, BYD, has already come out with an electric car, the F3DM, priced at 150,000 yuan or $22,000. By contrast the Chevy Volt is expected to be priced at $40,000 when it comes out in 2010. Essentially this gives the market leadership to BYD, because it would have 2 years of experience with its cars on the road, and $40,000 is just not a commercially viable price if a competitor can sell it for half the price. So how does BYD do it? Wang Chuanfu is founder and chairman of BYD Co. a battery and car maker. BYD has built up low cost, high quality and highly motivated research and development capabilities. Wang put together about 10,000 technicians and engineers, many fresh out of colleges and technical schools in China. As it learns the efficiencies of manufacturing and design it is able to bring this to bear on the H3DM improvement, for introduction of other new electric car models. And this technical capacity comes at a much lower cost in China compared to western countries. Wang's focus on this area making it possible to price at $22,000. The CEO of Mid American an Iowa based energy producer with majority stake ownership of Warren Buffett, was attracted to BYD for this very reason, and bought a 10% stake in BYD for $230 million. Wang believes there is a more level playing field in electric cars because of the simplicity of their design and fewer parts, making for a faster move up the learning curve. Electric cars have just 2 motors (45 parts each) and 2 gearboxes (60 parts each), a total of 210 parts excluding nuts and bolts. BYD's gasoline car the F6 has 1400 powertrain parts, 840 parts for the V6 and for transmission 560 parts. Says Wang, this puts all of us on the same starting line. The F3DM is the first real electric car being able to go for 60 miles exclusively on electricity on a full charge. A car that can go 180 miles on one full charge called the BYD e6 is planned for 2009. BYD uses iron-phosphate technology which is safer because of stable chemicals and less chance of fire from overheating. This is a key criteria for this lithium ion battery technology for cars. The Chevy Volt battery being developed by A123 company at MIT uses a similiar technology. BYD started with lithium ion battery development years ago. Its founder Mr Wang was fascinated by batteries when he studied metallurgical physics and chemistry in the mid 1980's for his Masters degree. He found a research position at the General Research Institute of Nonferrous Metals in Beijing, then decided to form his own company BYD in 1995, to develop lithium ion batteries with about 20 engineers. Experience was gained selling batteries to Samsung, Nokia and Motorola. In 2002 the company went public on the Hong Kong stock exchange. Wang was attracted to the idea of electric cars at this early stage even though he did not know how to drive. In 1998, says Wang, he had his engineers start upscaling development from cellphone battery technology to electric car battery technology. At the same time to pursue his vision for the development of electric cars Wang made the decision to learn car development by making and selling gasoline cars. The first car was a small sedan called the F3 brought out in 2005. By the last quarter of 2008 the F3 was one of China's best selling automobiles. Demand for BYD's F3 and F10 models is growing even as car sales are dropping in China, helping BYD to gain in car sales relative to Cherry Automobile and Geely Holding, two of the largest competitors. ...

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Akio Toyoda of Toyota Motors resisted making a full scale commitment to EV's leading to Toyota falling behind in EV technology, ceding leadership to Chinese, American and German companies. This report in WSJ looks at how this happened. Toyota vehicle sales are declining and VW has overtaken Toyota. Toyoda failed to make a commitment to a date for going all electric and this has led to criticism of his management of the company and seen as resistance to the climate transition to EV's in the automobile industry putting behind the period of fossil fuel driven cars. Toyoda is the grandson of Kiichiro the founder of the company when it was in textiles in the 1920's. He says the the role of CEO is very lonely and very hard, as his early years were spent without the team spirit seen at the top and he was closer to the grassroots. He is now chairman and has given the decisions of the transition to EV's to the new CEO, Mr. Koji Sato.

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BMW's first mass production electric car the i3 will go on sale inthe U.S. in the second quarter of 2014, priced at $41,350. It is a city car with a range of 100 miles from one charge. BMW will launch a i8 in 2014. The i8 is a super sports car with high fuel economy. A electric motor drives the front wheels and a 3 cylinder gasoline engine drives rear wheels. BMW's CEO Reithofer has increased spending on R&D so that it can meet the 30% of automobiles that have to be hybrids or electric vehicles by 2025 for BMW to meet higher European auto emissions standards. R&D spending was up 17% in 2012 to 9.2 billion euros, and capital spending up 42%.

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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.  ...