Eurac Research scientists have analyzed data from 21 fuel cell electric buses (FCEB) and battery electric buses (BEB) in Italy, comparing efficiency, consumption, temperature sensitivity, distances, and cost, and they discovered that Hydrogen buses’ tank-to-wheel (TTW) efficiency is lower than battery electric buses, indicating higher consumption variation for BEBs.
Daimler recently launched a class 4-5 medium-duty electric truck brand, RIZON, and Electrek got a chance to kick the tires and drive one around. They were impressed at how well it drives (for an 18k GVWR vehicle) and how comfortable it feels like it would be on long shifts.
Rizon is a new brand from Daimler Trucks focusing entirely on zero-emissions in the class 4-5 space. Trucks of this size don’t require commercial driver’s licenses, and you’re more likely to see them around your neighborhood, doing local delivery tasks, equipment rentals, moving businesses, and the like. So, it’s nice to have clean, quiet operation instead of noisy and stinky diesel vehicles.
Zepp’s goal is to speed up the energy transition and foster reliance in the labor market with support from the Ministries of Economic Affairs and Climate and Social Affairs and Employment, and the municipalities in the Dutch Greater Rijnmond area.
The Sany Group has taken a major step in the electrification of the heavy truck market segment with the launch on Aug. 30, 2023, of Sany Magic Tower Energy Co., Ltd. The business plan includes battery sales, battery parts sales, new energy vehicle waste power battery recycling and cascade utilization, artificial intelligence basic software development, data processing and storage support services.
The blue ocean market of new energy heavy-duty trucks is about to experience explosive growth. “Blue ocean” refers to a business approach that focuses on creating a new, uncontested market space rather than competing in an existing market, which is often saturated and competitive. In a blue ocean, the competition is irrelevant because the brand or company is establishing a market where none existed before or is radically differentiating itself in an existing market.
Indonesian ridesharing giant Gojek plans to convert all its motorcycles to EVs by 2030. The adoption of EV motorcycles is now in full swing in Indonesia, the largest motorcycle market in Southeast Asia with annual sales of more than 5 million units.
Gojek, the country’s leading ridesharing and delivery company, is said to have over 2 million registered riders, including both motorcycles and cars. The full conversion to EV bikes is expected to contribute significantly to the Indonesian government’s goal of 9 million EV bikes by 2030.
The consolidated financial results for the April-June period of the three major Korean battery companies show significant sales growth. LG Energy Solution’s sales grew 73% y/y and operating profit was 2.4x y/y. SK On’s sales grew 2.9x y/y due to the expansion of EV production. Samsung SDI’s sales grew 23% y/y.
LG Energy, the world’s second largest automotive battery maker, posted a 73% y/y increase in sales to KRW 8.774 trillion (approximately $6.6 billion) and a 2.4x y/y increase in operating profit to KRW 461 billion (approximately $340 million), while its joint production with GM of the U.S., which will begin operations in 2022, also contributed to the continued growth in sales and profit.
The Ministry of Economy, Trade and Industry (METI) has released draft guidelines for the installation of EV chargers, with a target of 300,000 units by 2030. This is double the previous target of 150,000 units and 10X higher than the current number of installations. The company is calling for the installation of chargers in commercial facilities.
The draft guidelines also call on operators to improve the speed of charging and the convenience of operation. To achieve decarbonization, the government is pushing to expand the installation of rechargers, which had only about 30,000 units as of March 2023.
The installation target includes 270,000 regular chargers at commercial facilities and 30,000 fast chargers on highways. The introduction of a new charging method called “plug-and-charge” will also be encouraged. This is a system in which vehicles can be authenticated and charged simply by plugging them into the charger; it has been adopted by Tesla in the United States. The system eliminates the need to hold a membership card over the charger or use a smartphone app to authenticate personal information.
OEMs increasing their focus on the Bus sector to drive growth in the post-Covid period.
Ashok Leyland. One of India’s leading commercial vehicle manufacturers, Ashok Leyland has announced plans to invest ₹1,000 crore in setting up an integrated commercial vehicle (CV) and electric bus (e-bus) manufacturing plant in Uttar Pradesh. This plant is expected to have a planned production capacity of 2,500 buses annually, with the potential for expansion to 5,000 buses per year.
This significant investment is a strategic move for the company and carries several implications and opportunities. This critical analysis examines the key aspects of this investment decision.
“Contingent on market adoption and demand of alternative fuel vehicles in the state, Ashok Leyland intends to invest up to ₹1,000 crore in this new facility over the next few years,” says Shenu Agarwal, Ashok Leyland MD & CEO.
California is essentially the only state in the USA that has any hydrogen cars to speak of, but even in that state, there are only about 12,000 of them on the roads. Despite this, the state intends to spend hundreds of thousands of dollars per year (or more) to build a refueling network for those vehicles.
California lawmakers are now debating how much money to pour into a fueling station network for hydrogen cars.
A lobbying group for suppliers and supporters of H2 includes Shell, Chevron and Toyota is aiming for a designated 30% of the Clean Transportation Program money, which would represent about $300 million spent over the next 10 years.
Australia is already the largest exporter of lithium in the world and has the largest lithium mine in the world. Each quarter, the Australian government produces a report from the Department of Industry Science and Resources which discusses Lithium and most of the other minerals needed to support the EV revolution.
The report is 175 pages long and this article focusses on the sections dealing with copper, nickel, zinc, and lithium.
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