US diesel demand plummeted to its lowest seasonal level in 26 years in Q1 2024. The production of distillate, the petroleum-based fuel that powers trucking, heating, and heavy industry, plunged to 3.67 million barrels per day in March (down from more 4.1 million barrels last year) according to monthly data from the US Energy Information Administration.
Even in diesel-loving Europe, the diesel engine is dying. Volvo, for example, recently built its last-ever diesel vehicle, and companies like Nissan, Hyundai, and Daimler (parent company of Mercedes-Benz and the Freightliner and Rizon truck brands) have also backed away from developing new internal combustion engines.
RIKEN Center for Sustainable Resource Science (CSRS) researchers in Japan have announced that they may have discovered the secret to being able to produce hydrogen fuel far more cheaply than the currently used methods by using 95% less Iridium.
Iridium is used as a catalyst in the production process of hydrogen, and we would need to allocate over 40 years of Iridium production in order to make the necessary hydrogen. Iridium is one of the rarest elements in Earth’s crust, with estimated annual production of only 15,000 pounds in 2023.
As the governments of Europe and North America (U.S. and Canada) continue to push for a transition from fossil fuel powered vehicles to zero-emission vehicles, a number of significant barriers to adoption will continue to hamper this initiative.
Significant barriers to adoption of zero-emission vehicles include the total cost of vehicle ownership, a lack of charging and grid infrastructure, truck resale values and duty cycle issues. The primary types of alternative propulsion that are in focus include Battery Electric, Hydrogen Fuel Cell and Hydrogen ICE engines and to a lesser degree, Natural Gas and Biodiesel ICE engines. The vast majority of the medium and heavy commercial vehicle industry support the transition to zero-emission vehicles but the short timeline for implementation is causing great concern throughout the industry.
Power Systems Research estimates the Global Golf Cart Market to be $1.84 billion in 2024 and expects this market to reach $2.81 billion by 2032, growing at a CAGR of 5.65% during the forecast period.
Market Demand Drivers. Theincreased popularity of the game of golf by senior citizens, women, and juniors has increased the demand for golf carts. The increased use of these eco-friendly electric vehicles by government and industry also has pushed demand.
Sustainability and Environmental Concerns. Governments, golf courses, and consumers increasingly are emphasizing the need for eco-friendly alternatives. Electric golf carts, with their lower emissions and reduced environmental impact, meet these concerns.
The solar golf cart segment is projected to experience rapid growth, primarily due to its eco-friendly nature and lower operating costs.
Popular golf destinations and resorts experienced an influx of tourists, and millions of new participants have started golfing for the first time are leading to higher demand for golf carts.
Increased participation. More than 2 million newcomers have been added to the industry for eight consecutive years between 2012 and 2019, with the number exceeding 3 million per year between 2020 and 2022.
JCB has unveiled the largest investment in its history in Latin America. It will inject US$ 100 million into its Latin American operations with the goal of doubling its size in the region by 2030.
The majority of the resources, US$ 70 million, will be allocated to factory expansion. According to JCB, US$ 30 million will be invested in the modernization of the Sorocaba (SP) facility.
An additional US$ 10 million is earmarked for the development of new products and the localization of certain equipment. Another US$ 10 million will be directed towards the distributor network.
The company says this investment is expected to generate 1,000 new jobs: 300 direct and 700 indirect. Currently, JCB employs 600 people in Latin America, most of whom are based in Sorocaba, which serves as the production hub for the entire region.
Ford has announced the production of 2.0 and 3.0 V6 engines for the new Ranger in Argentina. The engines will be manufactured at the General Pacheco plant, where Ford has been producing the pickup since 2023.
Initially, only the Lion 3.0 V6 engine will be produced in Argentina. In the second half of the year, the 2.0 engine will also begin production in Pacheco. Ford has not disclosed the localization rates for each engine. Previously, the Panther 2.0 engine (170 hp and 41.2 kgfm) was sourced from India, while the Lion 3.0 V6 engine (250 hp and 61.3 kgfm) was imported from England.
Iseki announced the development of an unmanned tractor that operates without a pilot under the supervision of a human operator. With 123 horsepower, one of the largest in Japan, the tractor will support labor-saving agricultural work amid the trend toward large-scale farming. Priced from 21.9 million yen, the tractor will be marketed to large-scale farmers, mainly in Hokkaido.
The company’s human-supervised robotic tractor, which previously had a maximum power of 98 hp, has increased its power to 123 hp, thereby expanding the range of work and reducing the time required. It also reduces the time needed to train farmers who are unfamiliar with operating the tractor, allowing them to work more efficiently.
Suzuki says it will withdraw from four-wheel vehicle production in Thailand. Production at the local subsidiary will cease by the end of 2025, and vehicles made at the main plant in India will be exported to Thailand for sale. Thailand has long been a stronghold of Japanese automakers, but Chinese automakers have gone on the offensive with low-cost EVs, and with Subaru’s decision to pull out, the plight of Japanese automakers is becoming more apparent.
Suzuki Motor Thailand (SMT), a local subsidiary, will cease production by the end of 2025, and SMT will focus on sales and customer service in Thailand. Thai Suzuki Motor, which produces motorcycles and outboard engines, will continue operations.
Driven by multiple factors such as government support, market demand, and battery technology upgrades, the battery swap solution is attracting much attention from the market.
NIO Energy has obtained a strategic investment of 1.5 billion yuan from Wuhan Guangchuang Xingxin Technology Phase I Venture Capital Fund Partnership and other institutions. Earlier, FAW Group signed a strategic cooperation framework agreement with NIO[ it is the seventh car company to sign a battery swap cooperation agreement with NIO, following GAC Group, Changan Automobile, Geely Holding, Chery Automobile, Jianghuai Automobile Group, and Lotus. This covers almost half of the mainstream domestic car companies.
Competition in the battery swap track involves more than just NIO and several passenger car companies. Recently, power battery enterprises, commercial vehicle companies, and mobility platforms also have been aggressively entering this field. On May 16, 2024, CATL signed a framework agreement for a battery swap project cooperation with GAC Aion and Era Electric Service; in the commercial vehicle sector, Nanjing Golden Dragon, Sany Automobile, China National Heavy-Duty Truck, Dongfeng Liuzhou, and Hanma Technology have all started to plan the layout of battery swap heavy trucks. In addition, State Power Investment, GCL New Energy, and Sany Group are also positioning to layout heavy truck battery swap stations.
Hybrid vehicles are gaining traction in India as a practical alternative to fully electric vehicles (EVs), a trend driven by strategic manufacturer initiatives, evolving consumer preferences, and infrastructural and policy challenges.
Major automakers like Maruti Suzuki, Toyota, Nissan, Hyundai, and Kia are launching hybrid models to meet the increasing demand for fuel-efficient and environmentally friendly vehicles. Hybrids offer a balanced solution, providing the benefits of both internal combustion engines and electric powertrains without the range anxiety associated with EVs.
Despite higher taxes on hybrids compared to EVs, the slow development of EV infrastructure and long waiting periods for EVs make hybrids a more viable option for many consumers. The hybrid market is expected to continue its growth, supported by ongoing innovation and potential policy adjustments to reduce costs, positioning hybrids as a crucial component in India’s journey towards sustainable transportation.
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