Japan continues its efforts to make hydrogen a carrier of energy at all levels of society even though the results are not productive. Japan’s focus on hydrogen for transportation, imported hydrogen and derivatives for electrical generation, and hydrogen for home heating and cooking is proving economically destructive.
Japan, and especially, Toyota, has been pushing hydrogen for years. Toyota began exploring hydrogen for vehicles in 1992, at the same time it was exploring electric vehicles. It delivered the first EV cars in 1993.
Changan Automobile Group, a major Chinese automobile manufacturer, will establish a new plant for electric vehicles such as EVs in Thailand, according to the Board of Investment of Thailand (BOI). The investment will be US$ 284 million (9.8 billion baht or about 38 billion yen), and construction is expected to be completed within a few years. The initial production capacity will be 100,000 vehicles a year, and on-board batteries will also be manufactured. The Thai government has established an incentive program to encourage local production of EVs, and Chinese EV giants have been actively investing in the country.
In addition to EVs, the new plant will produce electric vehicles such as HVs and PHVs. The company plans to supply vehicles to Southeast Asian countries, Australia, South Africa, and other markets.
Kia is pursuing its own EV strategy centered on specific applications such as delivery vehicles and cabs. The company is jointly developing delivery vehicles with Korea’s largest online retailer, Coupang, and customer specific EVs will account for 1 million of the 1.6 million EV sales target for 2030. A dedicated plant will also be built in the suburbs of Seoul.
The company and Coupang will develop vehicles with increased cargo capacity and refrigerated and frozen interior equipment, with the assumption that only one driver will be on board. Coupang will have its own distribution center and delivery vehicles for high-speed delivery and will hire drivers directly. Coupang has indicated that it plans to operate 10,000 EV delivery vehicles in the future.
Hitachi Construction Machinery says it will release a medium-sized hydraulic excavator that can be operated remotely during fiscal 2023. Workers will be able to remotely operate the excavator without getting on the machine during construction of housing sites and rivers. Demand is expected to increase due to labor shortages at construction sites, and the company will introduce the medium-sized models, which are widely used.
The main target is hydraulic excavators with a body weight of 10 to 30 tons. Hitachi Construction Machinery will prepare a body that can be remotely controlled and will install the necessary remote-control controller and video system in consultation with the customer.
Electric vehicles (EVs) witnessed strong growth in the Indian market in 2022, with a three-fold increase in sales as compared to the year before. Official data shows that Indians have bought 2,780,000 EVs since January 2023 at an average of more than 90,000 EVs per month. Significantly, the demand for EVs is not limited to metro cities such as Delhi, Mumbai, and Bengaluru, but is increasing in Tier-2 and Tier-3 markets as well.
PSR Analysis: While the growth of EVs has been primarily focused on urban areas of India, we are seeing a significantly improved adoption of EVs in rural parts of the country. The statistics from Vahan, the national vehicle registry, reveal that sales of electric cars and 3ws from the contribution of the top 10 districts in India has dropped significantly from 55%-60% in fiscal 2021 to 25%-30% in fiscal 2022. In the 2Ws segment, the percentage has dropped from 40%-45% to 15%-20%. The noticeable gaps here are being filled up by smaller towns and rural India.
Weichai Power and BYD have agreed to jointly produce power batteries in Shandong, and to cooperate in programs to develop EV commercial vehicles. On May 23, the companies signed an agreement to build a research and development and manufacturing base for power batteries, continuously strengthen the new energy industry chain, innovation chain, and value chain, and make positive contributions to promoting the industrialization development of China’s new energy commercial vehicles.
Weichai Power is the largest manufacturer of diesel engines in China. Since 2010, Weichai Power has set a strategic goal of leading the global industry development in the new energy business by 2030. Weichai Power has invested more than 4 billion yuan in this effort. It has strategically restructured the Canadian Ballard hydrogen fuel cell, the British Siris solid oxide fuel cell, and the Swiss rapid air compressor, developed the first hydrogen internal combustion engine heavy truck in China, comprehensively laid out the three technical routes of pure electric, hybrid power, and hydrogen fuel cell, and dispersed the risks brought by the uncertainty of industrial development with the investment strategy of coexistence of multiple technical routes.
In early May, the Environmental Protection Agency (EPA) held a virtual public hearing regarding the Phase 3 greenhouse gas emission standards for heavy duty trucks. There are various comments and opinions from the stakeholders that attended the hearing. Along with introducing the Phase 3 Greenhouse Gas (GHG) rules to begin for MY 2028 trucks, the EPA also revised the Phase 2 GHG standards for the MY 2027 truck standards.
This link from CCJ (Commercial Carrier Journal) is a good overview of the conference.
The Environmental Protection Agency this week held virtual public hearings related to its Phase 3 greenhouse gas emissions standards for heavy-duty trucks, unveiled last month. Among the dozens who testified during the hearings, trucking industry stakeholders were part of a small minority advocating for EPA to take a step back and reconsider the proposed standards that would take effect beginning with model-year 2027 trucks.
The global marine inboard engines market is expected to grow from $2.75 billion in 2022 to $4.45 billion by 2032 at a CAGR of 5.1%, according to forecasts by Power Systems Research.
A marine inboard engine is a reciprocating engine mounted within a boat’s hull. It is a four-stroke engine that has been modified for maritime usage. The engine spins a drive shaft that passes through the hull and is connected to a propeller. While outboard engines must be periodically serviced to ensure they remain watertight, inboard engines typically do not require much maintenance. Additionally, inboard engines tend to be more fuel-efficient than outboards.
Cummins has announced that in addition to the recent investments it has made in its Fridley, Minn., plant, it will also invest more than $1 billion across its US engine manufacturing network in an effort to support the transition into hydrogen fuel.
The investments are being made in Indiana, North Carolina and New York. The $1 billion is intended to provide an upgrade of facilities supporting the first “fuel-agnostic” engine platforms in the industry. The fuel-agnostic concept refers specifically engines that can use different types of fuel, especially a variety of low-carbon and zero-carbon fuels.
The battery division of Volkswagen Group, PowerCo SE, said it plans to construct its biggest battery gigafactory to date in St. Thomas, Ontario, Canada. A potential final expansion stage could produce up to 90 GWh of batteries annually.
This will be the company’s first overseas gigafactory for cell production, and it will provide the company’s BEVs in the North American region with their unified cells technology, a cell technology created for mass production. Construction is expected to start in 2024 and be completed in 2027.
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