GAZ Increased LCV Production by 19% in Q1 2021

Maxim Sakov
Maxim Sakov

The GAZ plant in Nizhny Novgorod has made 11,300 LCVs in Q1 2021, according to the Trade Ministry of Russia. That’s 18.7% higher than the same period of last year. HD truck production by the GAZ Group increased by 29% in Q1 2021, from 1,700 to 2,200 units.

In total, according to the Russian Statistic bureau “Rosstat”, production growth of Russian on-highway vehicles increased by 13.7%. OEMs have made 402,800 units. LCV output has grown by 37.7%, trucks by 27.1%, and passenger cars by 12.1%.

Read The Article

PSR Analysis: Statistics show that now we are seeing the realization of pent-up demand, which is especially active for commercial vehicles. For passenger cars, this process is also visible (four times sales growth during April), but already it is coming to an end, and after few months we can expect to see negative figures in this segment.    PSR

Maxim Sakov is Market Consultant-Russia Operations for Power Systems Research

PowerTALK™ News, August 2021

Taiwan is a one of the world’s leading producers of digital chips for everything from commercial vehicles and autos to Lawn & Garden and other consumer products. Read Erik Martin’s report on Taiwan’s chip production in the August issue of PowerTALK™ News.

Here are more articles in this issue:  

  • Global:
    • 20%+ Growth in Truck Production
    • Bitcoin Energy Consumption
  • DataPoint: U.S. Crawlers
  • Europe: Recovery Stresses Supply Chain
  • South America:
    • Ford Ends Troller Production
    • Toyota Suspends Production
    • Komatsu Invests in Para Facility
  • Japan: Honda Staff Seek Retirement
  • South Korea: Hyundai, LG Chem Build Batteries
  • Southeast Asia: COVID Disrupts Supply Network
  • India: Scrappage Policy Is Launched
  • Russia:
    • Ag Equipment Sales Jump
    • KAMAZ Builds Parts for Aurus Cars
    • Czech Republic Builds Electric SUV

Eletra Converts Trucks and Buses to Electric in Brazil

Eletra started converting Trucks and Buses from 3.5 to 54 Tons for the range of 50km to 150km by replacing the actual Powertrain (ICE, Transmission, Axels,) and suspension with batteries, electric drive and new suspension. The main benefits for the approach is to provide 30% less cost than a new Electric Truck and shorten the timing to meet sustainability targets, since the retrofit is done quickly. Companies like Ambev (AB-Inbev) announced 102 trucks retrofitted with Eletra.

Source: M&T    Read The Article

Read More»

2021 Trailer Industry Grows 33% at 163,000 Units

The Brazil trailer industry registered 163,000 new license plates in 2021 vs. 122,000 in 2020, growing 33.5%. The result could have been even better since the segment was affected by a lack of components, such as steel, tires, etc. Export sales climbed to 4,600 units vs. 2,100 units in 2021.

Source: M&T / Anfir     Read The Article

PSR Analysis: The growth is in line with truck sales that confirm the health of the transportation industry. The growth of exports confirms the recovery of key markets of Trailers and MHV.

Fabio Ferraresi is Director Business Development-South America for Power Systems Research

In 2025, China’s Construction Machinery Electric Drive Products May Reach 25%

CHINA REPORT
Jack Hao
Jack Hao

Electrification has become one of the important directions of green development within China’s construction machinery segment. Domestic construction machinery leaders have increased the development of equipment electrification and have launched a variety of electrification products.

Some professional organizations predict that by 2025 the penetration rate of main products may reach 25%. The electrification of construction machinery initially replaces conventional diesel engine drive with electric drive and then the hydraulic device is replaced by an electric device. Concrete mixers, truck cranes, muck trucks, excavators and wheel-loaders are the most easily electrically driven products, especially for small construction machinery.

Source:  CLS     Read The Article

Read More»

Ural To Produce Axles for Heavy Trucks

RUSSIA REPORT

The Fund of Industrial Development has approved a loan of US$ 27 million (2 Bln rubles) under the “Priority Projects” program, which will allow Ural to build axles at a new production facility. The new site will allow OEM to double production of heavy load trucks and to create about 4,000 jobs.

Currently, these axles are being purchased in China. Ural is going to make this product for its own use, and for sale to other truck makers. Production under the program is expected to begin in 2023.

Read More»

Fleet Renewal Program Goes Live in Brazil   

BRAZIL REPORT
Fabio Ferraresi
Fabio Ferraresi

The Brazil Government has published a law starting the Truck and Buses Scrappage Policy, aiming to renew fleets, increase productivity and efficiency, reduce emissions and improve safety. Depending on the effectiveness of the program, it may affect the MHV market. See complete article translated in our webpage and the original from Automotive Business.

Source: Automotive Business    Read The Article

PSR Analysis: The launch of the Renovar program is a positive sign on the path of improving safety, logistics efficiency and environmental impact for Brazil, with genuine and relevant objectives.

Because it is a voluntary program, operating in phases, with regulations and parameters yet to be defined, it is too early to project the effectiveness and impact on the vehicle market.

We believe that Brazil still needs broader legislation for a long-term program with a gradual and geographically differentiated process to restrict the movement of older, less safe trucks and buses with lower efficiency and higher emission levels. Fleet owners, autonomous carriers, OEMs and the entire production chain need predictability for long-term planning to prepare for and assure feasibility for a broad and scheduled fleet renewal. PSR

By Fabio Ferraresi, Director Business Development South Americafor Power Systems Research

Five Year Plan Encourages Development of LNG Trucks and Ships

CHINA REPORT

Jack Hao
Jack Hao

“By 2025, the national gas storage capacity of intensive layout will reach 55 billion ~ 60 billion cubic meters, accounting for about 13% of natural gas consumption. Build a green and low-carbon transportation system, optimize and adjust the transportation structure, vigorously develop multi-modal transport, promote the medium and long-distance transportation of bulk goods “from rail to water”, encourage the use of clean fuels such as LNG in the field of heavy-duty trucks and ships, and strengthen the guarantee of clean energy supply in the transportation industry. It is emphasized that the LNG storage and transportation system in Bohai Rim region, Yangtze River Delta region and Guangdong Hong Kong Macao Bay area should be continuously improved, and the core is the construction of LNG terminal.”

Source:  NDRC       Read The Article

PSR Analysis. China’s LNG import volume in 2022 is expected to surpass Japan and become the world’s largest LNG importer. At the same time, China has built 22 LNG terminals. There are more than 200 LNG manufacturers in China, with an annual capacity of about 30 million tons.

Read More»

Volvo CE Pushing Alternative Powertrains

EUROPE REPORT

Emiliano Marzoli
Emiliano Marzoli

Volvo Construction Equipment (Volvo CE) has started testing its prototype “HX04” Hydrogen Fuel-Cell Articulated truck.  Carolina Diez Ferrer, Head of Advanced Engineering Programs at Volvo CE expects that this prototype will “give valuable insights into the opportunities of hydrogen in the energy transformation alongside battery-electric solutions.”

The on-going development of the hauler began in 2018 and experienced partnerships with different Swedish institutions and companies.  Fun fact: The machine is nicknamed “Electric Charlie,” a homage to “Gravel Charlie,” the world’s first Articulated hauler produced by Volvo in 1966. 

Shell has been involved in the project, supplying the Hydrogen refuelling station for Volvo’s test track.  The Volvo HX04 is charged with 12 kg hydrogen in about 7.5 minutes, enabling it to operate for approximately four hours. Fuel cells work by combining hydrogen with oxygen and the resulting chemical reaction produces electricity which powers the machine.

Read More»