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Brazil Government Announces US$ 65 Billion Agriculture Funding Plan
The Brazil government announced June 29 the new Safra Plan for 2022/2023 with a total of R$ 340 Billion (US$ 65 Bi) to fund business related to Agriculture, including Agricultural Machines and Trucks for product transportation. The amount is 36% higher than the previous year plan.
Source: Automotive Business Read The Article
PSR Analysis: While the volume of funds is higher, the interest rates are also higher. In addition, the prices of agricultural supplies are higher…
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Mercedes Makes Fourth Production Shutdown in Brazil
BRAZIL/SOUTH AMERICA REPORT
Despite high demand, Mercedes announced its fourth temporary production stop at the plant in São Bernardo do Campo-SP, from July 4-15. In the announcement, Mercedes mentions the shortage of components and its effort to work with the supply chain to meet commitments with customers.
Source: Automotive Business Read The Article
PSR Analysis. The shortage of components, particularly semiconductors, is taking longer than expected and is affecting…
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Sustainability, Reliability Keys for Future e-Mobility Solutions

Emiliano Marzoli STUTTGART, Germany— One critical trend emerged during my conversations with many industry players at the Battery Show Europe and the Electric & Hybrid Vehicle Technology Expo Europe here last month: Battery thermal management is an important element in EV development and operations.
I attended the Battery Show Europe here June 27-30 with Dalibor Sablic, PSR senior business development manager-Europe.
An estimated 6,000 attendees walked the floor to discuss products and services with nearly 600 exhibitors at the show. There was a positive energy and outlook for the future of the e-mobility industry, a refreshing change in atmosphere following many quiet months caused by the COVID pandemic.
During the show, I had an opportunity to meet with representatives of Dow and learn about the wide array of products and services the company is developing for the e-mobility segment.
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Brazilian Marcopolo Launches H2 Bus in Australia

Fabio Ferraresi Brazilian-based Marcopolo has expanded its product line of renewable and zero-emission fuels. Volgren, a company owned by the Brazilian manufacturer, is Australia’s largest bus producer. It has signed an agreement with Wrightbus, an Irish bus manufacturer, and market leader with Hydrogen technology in Europe, to develop and launch hydrogen fuel cell-powered buses for the Australian market.
The first units of the Volgren-Wrightbus are expected by early 2023. The vehicles will be the…
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Trailers with Electric Drive Axle Authorized in Brazil
BRAZIL/SOUTH AMERICA REPORT
Heavy vehicles using electric axle systems in the trailer now can be driven on Brazilian Roads, following approval by the National Traffic Council (Contran) at its meeting in May.
Suspensys, a Brazilian company part of Randon group launched the product at Fenatran of 2019, but only now has it been approved by traffic authorities.
Source: M&T Magazine Read The Article
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Cummins Develops Hydrogen-Powered Engines
NORTH AMERICAN REPORT

Chris Fisher Cummins, Inc., is working to develop hydrogen-powered engines, using approaches for Hydrogen combustion engines and hydrogen fuel cells.
Both hydrogen engines and hydrogen fuel cells are better suited for long haul and many regional-haul truck applications than pure battery electric vehicles.
In North America, Cummins plans to introduce hydrogen internal combustion engines across their existing engine platforms starting in 2024.
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PMI Electro To Set Up EV Manufacturing Plant in Maharashtra
INDIA REPORT

Aditya Kondejkar Electric bus maker PMI Electro announced the setting up of its largest EV manufacturing plant with annual production capacity of 2,500 vehicles at Chakan in Maharashtra.
Source: Economic Times Read The Article
PSR Analysis: PMI operates a manufacturing facility in Delhi, India’s capital region, which has an annual production capacity of about 1,500 electric buses. With the planned facility in Pune, the total annual…
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Tata Motors: Electrification Is an Irreversible Trend
Tata Motors recently unveiled the electric avatar of its most popular small commercial vehicle Ace. The company said it has booked orders for 39,000 units from top e-commerce players. India’s largest commercial vehicle manufacturer plans to transform commercial vehicles to achieve a net-zero target by 2070 for the country. PSR
Aditya Kondejkar is Research Analyst – South Asia Operations, for Power Systems Research
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Beijing Plan Calls for 100% EV Commercial Vehicles
CHINA REPORT

Jack Hao Under its new Five Year Plan, Beijing will expand restriction on the use of vehicles entering Beijing. At the same time, Beijing will restrict the use of China III diesel trucks and will implement regional traffic restrictions during peak hours of working days, strengthen the management of illegal electric three and four wheeled vehicles, and implement a preferential traffic policy for new energy logistics and distribution vehicles.
The Five Year Plan also calls for the promotion of low-carbon new energy transportation tools, and the promotion of “oil for electricity” of vehicles in public transport, rental (including cruise and online appointment), tourism and freight transportation.
Today, 69,000 diesel trucks have been eliminated in Beijing, and the proportion of clean energy and new energy vehicles in public transportation has reached 90.2%. Beijing plans to accelerate the promotion of new energy intelligent vehicle technology and cost reductions in many applications.
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Plant-Based Bio-fuel May Not Replace Fossil Fuels
EUROPE REPORT

Christopher Bamforth Over the last decade we have worked to reduce fossil fuel consumption in Europe without cutting back the use of our cars, trucks, and motorbikes. It was thought that by mixing diesel and fuel with crop-based bio-fuel it would reduce fossil fuel usage.
However, over the last 30 years the emission of CO2 has increased, raising questions about the effectiveness of this measure. After extended analysis from the Environmental Action Germany (DUH), it has been concluded that this may not be a solution to the problem of reducing carbon emissions.
Consider that the production and consumption of immense areas of land across the globe dedicated to the cultivation of these fuels actually have a huge environmental cost. For example, to satisfy Germany’s appetite for these natural bio-fuels, 1.3 million hectares of land have been converted to its production. This equates to 9.2 million tons of CO2 saved each year. However, if we were to dedicate this land to natural restoration projects with a portion dedicated to solar energy production, we would be able to save 27.5 million tons of CO2 each year.