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Instead of the long process of negotiating trade deals with individual countries the US negotiates specific agreement designed to include friendly nations in the provisions of the EV manufacturing subsidies for making in America. This type of agreement lets EU and separately Japan benefit from subsidies offered to EV manufacturers in the US. The agreement with Japan is designed to get larger access to EV battery minerals for US and Japan in which China has an early lead. Under the agreement minerals sourced from Japan qualify for the $7500 subsidy for EV vehicles made in the US provided under the Inflation Reduction Act.

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China's BYD started in electric batteries and expanded into electric cars. It has emerged as the dominant electric car company in the world as China now has half of the electric cars on the road in the world. 35% of exports of electric cars are from China. Keith Bradsher of NYT reports from Shenzen that its first car was made in 2007 of poor quality, similar to Toyota in the 1930's as it tried car manufacturing for the first time. It has surpassed Tesla in making electric cars. In each of the last 2 years it has increased electric car sales by one million to reach electric car sales on 3 million. EV sales in China were up in 2023 to 9.49 million cars giving BYD the largest share of 31%., by comparison US electric car sales were 1.2 million. New assembly lines are being built in Brazil, Hungary and Thailand. And new lines are planned for Mexico and Indonesia. This kind of growth was seen only by General Motors in 1946 after the end of the war. It also shows the progress China is making. In solar panels something like the addition of 900 million solar panels meeting the entire increase in electricity demand for each year, so that emissions targets can be met earlier than planned to tackle climate change.  The same changes are happening in electric cars. China now has 40% of electric cars or gasoline/electric plug in cars going up to 50%. For export China is building large carrier ships, the first that will take 5000 cars for export to the Netherlands. The lowest priced electric car model the Seagull was priced at $11,000. BYD's lowering of manufacturing costs have given it the ability to price the cars to attract new car buyers.  Wang Chuanfu who studied at Central Southern University in Changsha known for its battery research, was an engineer who started the company in the 1990's to make batteris for Motorola. Between 2003-2006 he experimented with making cars in the hope of making electric cars. Stalled efforts in 2009 and 2011 were met with arenewed effort in 2016 trying a new approach to cut costs by developing a battery where supplies of lithium or cobalt would not be a constraint. He developed a new battery using iron and phospate to replace lithium cobalt batteries. A big break came in 2020 with the Blade battery that increased range to the level of cobalt lithium batteries at a much smaller cost. BYD hired German Audi designers for new model design. This time BYD was in the right position to build a car company matching all others with costs lower by about 35% than VW for some models. This comes from- lower costs to make in China, making its own parts inside the company for 75% of parts compared to VW only about 35%, and by the savings from its battery research.  BYD has shown ability to shift with market needs and opportunities. In 2022 assisted driving was facing hurdles, BYD had second thoughts about the new technology, by 2023 as it was increasing in use BYD committed $14 billion in autonomous driving technology. Driving range is a problem for people in urban areas going back to their villages in China. BYD has an advantage here compared to Tesla- it makes hybrid plug ins that account for half its sales. Toyota has also had emphasis on hybrid plug ins where it missed the opportunity was that it moved very slowly on all electric cars not realizing how fast things were moving outside it's world. This is the situation America also faces in 2024 and beyond who can deliver on the infrastructure capabilities, new research ,and tap American potential to compete in this new world where one innovation will follow another. ...

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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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China's BYD faces competition in electric car batteries from the likes of Sanyo-Panasonic with joint venture with Toyota to develop hybrid and electric car batteries. And as asupplier for Honda Motor, Ford Motor and Peugeot-Cotroen

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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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BYD electric car Chinese automaker has doubled sales in 2022 and is surging past Tesla in China. Most of its component makers are located in Shenzen which were not affected by the lockdowns in 2022, compared to its competitors VW and Tesla with parts makers in Shanghai area. BYD was a pioneer in making batteries for cars in China, which gives it a considerable advantage over VW and Tesla which source the batteries from outside.

Warren Buffett invested 210 million for 7.7% of BYD in 2008. Other US investors also invested in BYD.

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Electric bikes are making cycling vacations more popular now that the average cyclist can keep up with the avid cyclist uphill and downhill. Climbing is no problem with electric bicycles. Modern e-bikes are lighter at 40 pounds and with better batteries that can get one upto 28 mph. They are popular with young and old, across age groups, as one could do more biking.

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Tesla's plans for a new battery factory that would reduce the cost of producing electric batteries to bring down the cost of its electric cars to $35,000. It could travel 200 miles on a single charge.The new battery would reduce battery cost by 30% in the first year. It would reach full production by 2020. Average cost is around $400 per kilowatt hour, according to experts and Tesla will be striving to cut that in half. Estimated cost of the plant is $4-$5 billion, with $2 billion coming from Tesla. Tesla says it will raise $1.6 billion with a bond issue. Production would start in 2017.

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Washington Post Editorial Board says DJT policy of "trade not aid," hand up not handout, is right for Africa- good example the $3 billion US puts in railroad from Congo/Zambia to Lobito port Angola on Atlantic coastline to get critical minerals in exchange for infrastructure building. A loan of $533 million from US IDFC (International Development Finance Corporation) is the right thing says the Washington Post for US to build infrastructure in the Lobito Corridor in Angola that will extend from Congo and Zambia with large critical mineral deposits to the port of Lobito on the Angola coast. Overall investment is $3 billion. This will loosen China's critical minerals control through its investments in Africa on the eastern coastline. The new railroad will take critical minerals of cobalt and copper, other critical minerals needed for electric car batteries and energy infrastructure, from the center of Africa to its western coastline in Angola at Lobito port. Angola will not need to take on ruinous -debt in this kind of deal as other African and Asian nations have in deals with China. Its win-win Africa gets infrastructure and supplies key commodities metals to the US. The interesting thing about this is that for a long time US policy was stuck with USAID and other agencies and needed to change. US government under DJT took much criticism for reducing that funding of bureaucracy and old ways. The Washington Post now says it is the right approach- it is not as presented a US withdrawal from Africa, but in the Posts' words an "overdue upgrade" to a mutually profitable relationship with Africa. For Africa to move to next level as Asia has done as Hong Kong did from the 1950's and 1960's  to trade and investment.  For a long time Republicans were not associated with infrastructure development in Africa or in the US. Under DJT the situation has changed and Democrats like Biden have taken up DJT's approach so that the US now regardless of administration is rebuilding infrastructure. Doing this in Africa makes sense. Investment in infrastructure at home makes sense. The Post is right to say this. ...

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After suffering losses in the television market Japanese electronic manufacturers, Panasonic, Sharp and Sony, have diversified into solar energy, electric car batteries, and medical devices.

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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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South Korea's LG Energy Solution is pushing forward with its aggressive investments in electric vehicle batteries by going public, raising $11 billion through South Korea's largest listing on January 27. LG Energy has made large investments in the US and is dominant in Europe. CEO Kwon Young-soo told a recent news conference that its strength is that "we have global buyers and global production facilities in the US and Europe, which CATL doesn't have." Saying that LG Energy is not Chinese is a big pitch, and LG Energy is taking advantage of the current trade war between the US and China.  China's CATL or Amperex is the largest maker of electric vehicle batteries with 30% of all batteries sold, compared to LG Energy's 20%. Yet CATL is concentrated in the China home market. The next three companies are in order Japan's Panasonic, China's BYD, South Korea's SK Innovation, and Samsung SDI. The South Koreans plan $15 billion in investment in the US. They see the fact that they are not Chinese a big advantage in meeting European and US automaker needs. ...

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The big difference between the US at about 1.2 million electric car sales and China at over 9 million in the last year is that companies such as BYD have found away to come up new battery technology that uses different more accessible materials. BYD's research into new batteries came up with a iron phosphate battery as shown on articles on BYD in 2024 to substitute for less available lithium and cobalt. On one of its models BYD is offering a price of $11000. This attracts a different kind of buyer than what American makers are reaching. Another plus for BYD is that while sales are stalling in the US because of battery range and lack of charging station access, BYD also sells a large number of hybrid electric cars that help urban dwellers go back to their homes in the countryside. BYD also manufactures two thirds of its parts internally producing needed savings. China is also pushing electric cars with government subsidies and government is working hand in hand with industry in a concerted effort for two decades. Compare that with US where the Biden administration was the first to start changing the way the US does business to put government industry cooperation and working together at the heart of the way of doing things. The US could learn from other nations and adapt its own industrial and modernization efforts in the world after the pandemic and as supply chains are being renewed and restructured. Every nation can learn from its peers. ...

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Nissan and NEC plan to invest $115 to produce a lithium ion battery in a 3 years project with capacity of 13,000 a year in the beginning growing to 65,000 annually by 2011, mostly for cars. Nissan has a 51% ownership stake in the new company. Nissan and NEC say their laminated cell battery uses a stable crystal structure called spinel manganese that will eliminate risk of overheating.

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Decades of investment in car manufacturing and EV's is paying off for China. It now exports 5.7 million cars of which 1.7 million are EV's. EV exports are twice that of Germany. Car production capacity in China surged as the Chinese market expanded to be larger than Europe and the US combined. The production capacity is twice the size of the domestic market- 40 million gasoline cars from 100 factories.  As domestic sales have slowed down there is a push for exporting this excess capacity. The US and the EU are imposing tariffs on Chinese cars to protect their domestic manufacturing. The push to become a leader dates back to premier Wen Jiabao 20003-2013. Wen chose Audi engineer Wan Gang as minister of science and technology, and gave him the task of making China the leader in electric vehicles. Manufacturers were given subsidies, tax breaks, cheap land and electricity. By one estimate the EV manufacturers and battery makers in China received $230 billion in subsidies since 2009.  This is one reason the EU and the US are imposing tariffs to protect their domestic manufacturers. As the shift to EV's continues in China- half of the cars in 2024 EV's- the gasoline models are shipped overseas. China has now replaced the western brands in Russia with it's gasoline models.  China makes great savings in batteries as it controls the supply chain in batteries. It makes EV's at 30% lower cost with these efficiencies. ...

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The US and Saudi Arabia are working on a partnership in which the Saudi Public Investment Fund will invest $15 billion to secure mining stakes for metals such as cobalt needed in electric car batteries. The US would buy the supplies from the Saudi owned companies. US is a copartner with India on a new economic corridor infrastructure project that will connect India with the European Union and the US through Saudi Arabia. Saudis will invest $20 billion said MBS, Prince Salman of Saudi Arabia, at the meeting of the G20 in New Delhi alongside Modi, Biden, Scholz, Macron and the heads of the EU. This is a major new project for which the seeds are being put in for future generations.

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This WSJ report looks at Hancock Prospecting's efforts to control the Kathleen Valley lithium project in western Australia. Lithium was discovered in 1817 and today is an essential component for electric batteries that power phones, EV cars. The world needs 50 lithium mines for action to meet climate change goals. The market for lithium was $1.5 billion in 2014, it is now $48 billion. It is found in the Atacama desert in Chile, in Western Australia and other countries. Mobil has invested in Arkansas. Hancock Prospecting in Australia, Albemarle in Charlotte, NC, SQM in Chile, and China's Ganfeng are competing for stakes in lithium mines. 

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China's own local companies have moved so fast and completely to dominate the China and world market for electric cars  in a few years 2019-2025. Looking back in 2030 the Musk China factory with declining sales in China of 6% may only result in China having completely outmaneuvered the US in China's and world electric car markets. BYD makes its own batteries in house with new technologies, the competitive landscape in China makes Tesla simply one of many small companies most of whom are consolidating. 

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This podcast in WSJ tells the amazing story of the development of a vaccine for malaria by a British scientist that took forty years. In a world of short run startups this tells the story of medical and indirectly other research include research on renewable energy to tackle climate change that takes years to develop and makes a lasting change in our lives. This is also true of the mRNA vaccine developed by two German scientists of Turkish descent who developed the Pfizer vaccine. The Novavax vaccine in the US also has a story of resilience in the face of many challenges. Mr Scholz of the SDP, currently vice chancellor of Germany and winner of the German election said recently he wanted to expose the myth that was created of the self-made man that has penetrated our culture over the last 2 decades. One cannot even conceive of self made people at a time when the whole world depends on vaccines developed such as mRNA vaccine by these 2 German scientists at university labs that are the first line of defense against the coronavirus. Both scientists took only half a day off when they got married. Both are children of immigrants to Germany from Turkey. They both cycle to work. Mr. Shin says "I don't have a car. I am not going to get a plane. What's life changing is to be able to impact something in the medical field." The electric batteries used in today's electric cars use technology developed by a Japanese scientist and professor who also worked at Toshiba in the face of many challenges. ...

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The Chief Minister of Kerala writes about the Kochi Water Metro project to be inaugurated by pm Modi. The project was built at a cost of about $150 million with state funding and a loan from KfW, a German development bank that funds climate green infrastructure. 78 electric boats powered by batteries will transport people in Kochi between 38 terminals spanning 10 islands on the Arabian Sea.

The boats are built at Cochin shipyard with cutting edge design, light weight boats of aluminium hull and FRP superstructure. High court to Vypin on the first phase takes 20 minutes with tickets costing Rs. 20. Kochi One cards can enable seamless travel on Kochi Water Metro to Kochi Metro with weekly and monthly passes,

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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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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. ...