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.
Volvo has received authorization from the Ministry of Transportation to begin testing its heavy electric trucks in Brazil. The vehicles will be part of a study and will be able to operate in urban areas, metropolitan regions, and short to medium-distance intercity transportation, aiming to evaluate their performance and impact on pavement in this type of operation.
The transport companies ReiterLog and Ritmo Logística will be the first to operate the Volvo electric trucks. Preliminary results from the study, led by Senatran (National Traffic Department), with technical coordination from Inprotran (National Institute of Traffic and Safety Projects), in partnership with Volvo, Prometeon, UNB, and UFRGS, indicate benefits of operating zero-emission CO2 vehicles, such as high energy efficiency, absence of noise, low vibration levels, and increased driver comfort.
Facing intense competition in China’s new energy vehicle market, Volkswagen has decided to increase investment in its Hefei base. On April 11, Volkswagen announced an additional investment of €2.5 billion in its production and innovation center in Hefei to further strengthen its local R&D capabilities.
It has been reported that this investment will also be used to accelerate the development and production of two Volkswagen brand smart electric vehicle models co-developed with Xiaopeng Motors. Volkswagen revealed that the first model, a mid-size SUV, is planned to enter production in 2026.
“India is a key market for vehicle electrification, particularly due to the government’s carbon neutrality goals, which makes securing cost competitiveness through localized battery production crucial,” Heui Won Yang, president and head of Hyundai Motor and Kia’s research and development division.
EDITOR’S NOTE: The 5th Annual TWF (Two Wheeler Forum) took place on Feb. 21 and 22, 2024, at the India International Convention & Expo Centre in Dwarka, New Delhi. Hosted in partnership with Trak N Tell, the event spotlighted aspects of the Indian two-wheeler and three-wheeler industry, spanning both electric and internal combustion engines.
The landscape of electric vehicles (EVs) in India is undergoing a transformative shift, with the recent 2 wheeler, 3 wheeler, and EV show held in Delhi showcasing the industry’s dynamic evolution. Despite constituting less than 1% of total vehicle sales, the electric vehicle sector holds immense potential, and is projected to grow to over 5% in the years to come. Currently, the Indian roads host over 5 lakh electric 2 wheelers and a modest number of electric cars. However, the market’s growth trajectory remains subject to fluctuations, predominantly influenced by governmental incentives.
The electrification of the construction machinery industry in China continues to accelerate. For example, CATAL and Longgong have signed a strategic cooperation agreement in Ningde, Fujian, a move that follows the January cooperation agreement between CATAL and Lingong Heavy Machinery. According to the agreement, both parties will expand cooperation in the development and production of construction machinery, the development of power batteries for construction machinery, and jointly research and develop adaptive products and market promotion to jointly explore the new energy construction machinery market.
More and more construction machinery companies are turning their attention to the electrification market. Domestic and foreign engineering machinery companies such as XCMG, Sany, Zoomlion, and Carter have developed and launched electric products such as loaders, excavators, and mixer trucks.
As battery technology increases, the opportunities for battery-powered equipment continue to grow, especially in the Lawn & Garden and recreational products segments. The factors of reduced weight, increased charging capacity and lower cost are making battery-powered equipment more attractive to consumers and commercial users in these segments.
Lawn & Garden. The capacity of lithium-ion battery technology to meet the horsepower needs of the homeowner and the commercial landscaper has grown significantly in the last couple of years. Battery-powered lawn and garden equipment can now match the power of traditional gas-powered lawn and garden equipment. Some brands now have available 56V which is more than double what was the standard power available. Batteries now charge quicker, last longer, and can hold a charge indefinitely.
Like it did with passenger EV rebates in December, Germany has decided to pull the plug on subsidy programs for electric semi-trucks and city buses. What happens to the nation’s commercial EV market now?
When the German government established the funding program for climate-friendly commercial trucks in 2021, the subsidies were seen as a highly effective tool to drive up demand for electric vehicles in the medium- and heavy-duty truck markets.
Regulations on EVs and developments in hydrogen power cells and battery technology are highlighted in articles in the March issue of Alternative Power Report produced by Power Systems Research. Read about Germany dropping subsidies for some electric trucks and buses and about the EU considering tariffs on Chinese EVs. PSR
Caterpillar and CRH have collaborated to test electric mining trucks capable of hauling up to 100 tons, aiming for sustainable heavy equipment solutions and decarbonization. The electric 793 mining truck, capable of carrying 265 tons, features advancements such as autonomous hauling and regenerative braking, emphasizing its potential in safety, performance, and operational efficiency without immediate recharging needs. Electrek’s analysis underscores the significant reduction in carbon emissions and noise, highlighting the move towards a greener future in heavy machinery and mining industries.
Daimler’s GenH2 hydrogen trucks, powered by liquid hydrogen for an electric motor, are set to hit German roads in 2024. These trucks, boasting a hauling capacity of about 25 tons for over 1,000 kilometers on a full tank, integrate a propulsion system delivering 300 kilowatts, supplemented by a battery for an additional 400 kilowatts during high-demand situations like hill climbs. This initiative represents a collaborative effort with Air Liquide and Linde for H2 refueling services, leveraging advanced storage technology for higher energy density and operational efficiency. PSR
