Follow PSR’s team of analysts as they track the rapidly expanding global battery electric power market, including, battery technology, transportation, eMobility, mergers and acquisitions and more.
French Conseil d’Analyse Économique (CAE) and the German Council of Economic Experts (GCEE) finally weighed in on the EV vs. Hydrogen debate. And they didn’t fall for the hydrogen fantasy. Instead, they did what economists do best: they looked at the numbers, ran the models, and calmly declared that battery-electric trucks are not just viable—they’re the smart bet
In the EU, transport accounts for nearly 30 percent of greenhouse gas emissions. Within that, freight—specifically, the legions of trucks barreling down highways—is responsible for more than 30%
PSR Analysis: France and Germany transport some 4.5billion tons of freight on their roads every year, most of the trucks using diesel. The joint report states that the total cost of ownership, the holy grail of fleet decision-making, is hitting parity with diesel for BETs in France and Germany today, and lays down 6 recommendations which also criticize bio fuels and hydrogen. PSR
Guy Youngs is Forecast & Adoption Leadat Power Systems Research
Researchers at the University of Waterloo, Ontario, Canada, have developed a new electrolyte system for magnesium anodes, which they claim demonstrates a potential alternative to lithium-ion electric vehicle batteries through superior performance.
The team suggests halide-free Mg batteries surpass previous batteries in terms of safety, efficiency and stability. The aging effects of energy storage are also apparently mitigated with magnesium, which the team claimed would lead to a longer lifespan of the battery.
KG Motors, which manufactures and sells the ultra-compact “mibot” EV, is moving toward mass production of the units. It will start mass production in October 2025 at an assembly plant it has built near its headquarters. The company plans to produce 300 units in FY2025, 3,000 units in FY2026, and 10,000 units in FY2027.
The mibot is a one-person vehicle designed for short-distance travel, with a range of 100 kilometers per charge. The planned price at the time of mass production is 1.1 million yen ($7,700 USD), including consumption tax.
The assembly plant in Higashi Hiroshima City consists of a single production line with a main line of seven processes and a subline of four processes. Since there are only a few parts, the number of processes is less than that of a normal automobile production line.
Honda plans to launch an electric motorcycle in Vietnam this month. The suggested retail price is less than 29 million VND (about $1183) without battery. The company is targeting the younger generation, who often use motorcycles to commute to school.
The name of the motorcycle to be sold is “ICON e:”. It will be manufactured at the company’s Binh Phuoc plant in northern Vietnam and will initially be sold through authorized dealers in seven provinces and cities. The maximum speed is 48 km/h, and it takes about 8 hours to charge the battery from zero to full. The maximum distance that can be traveled on a full charge is 71 kilometers. Because it does not require a driver’s license, which can be obtained at age 18, it is expected to be used by high school students on their way to school.
This month, Alternative Power Report Editor Guy Youngs brings readers up to date on Elon Musk and Tesla activities around the world. Sales are down, stock price is down, and consumer anger is up. Read about it in the March issue of the Alternative Power Report produced by Power Systems Research. The March report also contains information on EV battery development and the tariff wars launched by U.S. President Donald Trump. PSR
Guy Youngs is Forecast and Technology Adoption Lead at Power Systems Research
Isuzu North America Corporation has announced that it is establishing a new production base in Greenville County, SC, to expand its vehicle supply capabilities in anticipation of the electrification of commercial vehicles in North America.
The company has purchased a 1,000,000 square foot facility on 200 acres of land it is converting into a state-of-the-art, Isuzu-run, assembly plant.
The size of the Greenville plant will enable Isuzu to consolidate all production-related operations under one roof. This will include KD storage and processing, parts storage, vehicle production and PIO operations. It will also allow for streamlining processes and improving efficiency, the OEM said.
Toyota has announced plans to build a research, development, and production company for Lexus electric vehicles and batteries in Jinshan District, Shanghai, and plans to start production in 2027.
“China has a complete electrification and intelligent technology industry chain,” says Ji Xuehong, Director and Professor of the Automotive Industry Innovation Research Center at North China University of Technology, “and stablishing a factory locally will allow Toyota to deeply integrate into China’s industry chain, quickly access advanced electrification technologies and high-quality parts resources, and thereby enhance the overall competitiveness and price advantage of its products.”
Localization will also enhance Lexus’ export capabilities, he says. Production in China can meet domestic demand, also reduce costs and improve the competitiveness of products in the international market.
FAW Jiefang and CATL have signed a strategic cooperation agreement under which they agreed to work together to develop new energy commercial vehicles.
According to the agreement, the two parties plan to integrate selected resources in the field of new energy commercial vehicles. They will collaborate in product matching, product development, science and technology project applications, industrial ecosystem construction, and business model innovation.
The joint venture between FAW Jiefang and CATL—FAW Jiefang Times New Energy Technology Co., Ltd.—will work to leapfrog growth in the sales of new energy commercial vehicles. Currently, driven by the government’s “dual carbon” strategic goals, the green transformation of the commercial vehicle transportation industry, is imminent and holds significant market potential. Data from the China Association of Automobile Manufacturers shows that from January to November 2024, the sales volume of new energy commercial vehicles in China reached 462,000 units, with a year-on-year increase of as high as 31.1%.
Tadano, a major manufacturer of cranes, has converted one of its crawler cranes, which can lift up to 1600 tons, to electric power. By changing the power source from a diesel engine to an electric motor, the company has been able to maintain the performance of the existing product while reducing CO2 emissions to zero. The company converted its CC 88.1600-1 lattice boom crawler crane to electric power. This is a large crane equipped with crawlers instead of tires, and is used in plant and bridge construction, as well as wind power installation.
The electrified crane is connected by cable to the main unit and power supply equipment, and two 390-kilowatt electric motors drive the hydraulic pump. There are no CO2 emissions during operation. Compared to existing products powered by diesel engines, this crane will reduce CO2 emissions by approximately 55 tons per year. The crane itself will be manufactured in Germany, while the electrification equipment will be produced in Japan. The crane is expected to go on sale in the summer of 2025 as part of the company’s EVOLT line of electrified products.
The São Paulo City Council has pushed back the deadline for CO2 reduction targets for the city’s bus fleet to 2054. This amendment allows operators to continue acquiring diesel-powered buses, contravening existing legislation. The bill now awaits the mayor’s decision for enactment or veto.
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