The Future of Diesel Engines in Metropolitan Areas

Introduction

Our team at Power Systems Research, as a lead global Market Intelligence Company and specialized in Propulsion Systems and Powertrain for Vehicles and Equipment, is frequently asked about the future of Diesel Engines.

It is impossible to provide a complete answer for this question due to the wide range of applications, as well as the excellent performance and versatility of Diesel Engines.

Thus, in this article we focus on the Diesel Engine application in Commercial Vehicles in metropolitan areas, and more specifically, in Urban Buses.

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CARB Is Phasing Out Heavy Trucks

NORTH AMERICA REPORT
Chris Fisher
Chris Fisher

In April, the California Air Resources Board (CARB) voted unanimously to finalize its Advanced Clean Fleets rule that requires all new medium- and heavy-duty vehicles sold or registered in the state of California to be zero-emission by 2036. 

Among these requirements is a new 2036 target for an end to diesel truck sales. This was lowered from an early 2040 target, with the thought that 2040 would be too late to reach California Governor Gavin Newsom’s goal for 100% zero-emission medium- and heavy-duty vehicles by 2045. 

The 2036 target is only one year after the 2035 target for passenger cars.  Also in the rule, state and local agencies must purchase 50% ZEV by 2024, and 100% ZEV by 2027.

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The Future of Commercial Vehicles. Perspectives for Brazil

Published in Automotive Business, August, 26, 2020

1. INTRODUCTION

The use of diesel in Commercial Vehicles and its alternatives has been studied and discussed globally over the past two decades. We have updated future trends annually based on the new platforms in our data and new models in development allowing us a 10-year horizon. In August 2019 we published an article on the subject for Automotive Business Brazil, which is now updating.

Carlos Briganti
Carlos Briganti

In the 2019 article we said that fossil diesel propulsion for commercial vehicles would be exposed to several alternatives and therefore the 20s decade would be a decade of significant changes, justifying yearly monitoring of the subject.

This whole range of studies was then impacted by COVID-19, a new event at the beginning of this decade that is another factor of change in this complex subject.

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Japan Could Miss Out on Southeast Asia’s Shift To EVs

INDONESIA AND THAILAND REPORT
Akihiro Komuro
Akihiro Komuro

Competition in the development of EVs is fierce, and the momentum for their introduction is growing in Southeast Asia. While Chinese and Korean manufacturers are aggressively entering the market, Japanese manufacturers, which hold an 80% share of the new car market, have not made any significant moves.

Although the COVID-19 disaster has brought the market to a standstill, Southeast Asia, with a population of 660 million and a rising middle class, will continue to be a promising growth market.

A proactive EV strategy is required to protect the current market dominance. In Indonesia and Thailand, the two largest markets in the region, Japanese cars have a 90% share of the market. However, it is only the Chinese and South Koreans who are providing the buzz about EVs.

In Indonesia, South Korea’s Hyundai Motor Co. will begin producing EVs in March at its completed vehicle plant that recently went into operation. For the time being, it will rely on imports for key components, but it is building a plant for mass production of onboard batteries in collaboration with LG Group, another Korean electronics giant.

In Thailand, China’s SAIC Motor Group and Great Wall Motor have already started selling EVs. The latter plans to start mass production of EVs in 2023 at a plant it acquired from GM in the US. Compared to China and South Korea, which are trying to secure a scale of production with an eye to exports, Japan is generally cautious, with Toyota and Mitsubishi considering local production of EVs in Thailand starting in 2023.

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EV Shipping Set To Blow IC Engines Out of the Water

ALTERNATIVE POWER REPORT

Researchers from the University of California, Berkeley, and Lawrence Berkeley National Laboratory have released a study which examines “the technical outlook, economic feasibility, and environmental impact of battery-electric containerships.” By modelling 5 to 10 GWh electrified containerships, they found that 40% of routes today could be electrified in an economically viable manner, before considering environmental costs.

Using only technology available for purchase today, nearly all ships with routes shorter than 2,000 kilometres are economically advantageous, and ships with routes as long as 3,000km are economically viable.

Source: PV Magazine Read The Article

PSR Analysis: Ships transport more than 10 billion metric tons of cargo each year, including clothing, electronics, and oil, and almost all of these ships run on fossil fuels, so they emit a lot of carbon pollution. Maritime shipping causes about 3% of global greenhouse gas emissions. As the costs of large ICE containerships continue to rise electrified containerships become increasingly cost effective. Electrified containerships are 80% more efficient than their ICE counterparts, and use 30% less energy overall.    PSR

Guy Youngs is Forecast & Adoption Lead Analyst at Power Systems Research

Power Systems Research Assists on Gen-Set Emissions Project

WHITE PLAINS, NY – The Pace Energy and Climate Center (Pace) has announced a new data analysis tool and research model in a report titled Estimating the Air Emissions of Stationary Engine Generators under Two Megawatts,” both developed with support from Environmental Defense Fund.

The project drew upon data provided by Power Systems Research (PSR), a Minneapolis-based research firm, from its proprietary PartsLink database.

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Rural Economy Helping Ride Out COVID Impact

With extended lockdowns in most parts of India, the production of all non-essentials was at a halt or at minuscule levels in April and May until the economy was unlocked. This move reduced demand in the short-term, but owing to intrinsic domestic demand, we are optimistic about future business expectations

Aditya Kondejkar

Better Outlook of Rural Economy

However, hope has arisen from India’s rural part as the agriculture sector appears to have been relatively less impacted by the lockdown. This part of the country never truly went into a harsh lockdown, and thus procurement, harvest, and consumer activities have remained unaffected. Farming continued during the lockdown, especially for rice and wheat cultivation. The return of migrant workers caused a surplus of agricultural labor. This resulted in the fact – more land was brought under cultivation than ever before. As a result, the country has witnessed a good season of rabi harvest.

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Subsidy Program for Scrapping Diesel Vehicles Ineffective

FAR EAST: SOUTH KOREA REPORT

About half of those who received South Korean government aid to scrap their old diesel vehicles early have purchased diesel vehicles again, according to a new study. The government spent 845.4 billion won (about 79.6 billion yen) in the last five years (2016-2020) to scrap 959,000 aging diesel vehicles, but the number of all diesel vehicles increased by 9% during the same period. The government has pointed out that diesel vehicles are the main culprit of particulate matter such as PM2.5 and has implemented a policy to “eliminate” them, but this policy has not been effective.

There is subsidy support if old diesel cars are scrapped depending on the level of emissions in operation. In addition, there are additional subsidies if you buy an eco-car or a gasoline/LPG car.

If old diesel vehicles with a gross weight of less than 3.5 tons are scrapped early, they can receive up to 6 million won (about 570,000 yen) in subsidies. According to data from the Ministry of the Environment, 48,757 people in the Seoul metropolitan area purchased new cars in the first half of last year after receiving subsidies to scrap their old diesel vehicles. However, of the cars purchased by these people, 21,686 (44%) were diesel vehicles. Moreover, 15,990 of them were used diesel cars, 2.8 times more than the number of new cars (5,696).

Source: Chosun Online

PSR Analysis: It is hard to say that this is a flaw in the system, but the reality is that this system has not achieved its purpose and has produced the opposite effect. The reason for this situation is simple: many of the users of trucks under 3.5 tons are small businesses, and considering their expenses, they do not choose gasoline vehicles, and new vehicles are not an option, so they choose used diesel vehicles.

EVs and fuel cell vehicles, which are now being widely reported, are attracting attention as vehicles equipped with next-generation technologies. However, especially in the case of commercial vehicles, the high initial cost is frowned upon. The market should take another look at the fact that inexpensive vehicles that can easily demonstrate their contribution to business will be selected. PSR

Akihiro Komuro is Research Analyst, Far East and Southeast Asiafor Power Systems Research

Miners Cut CO2 Emissions Using EVs for Extracting Minerals

A new contract to supply battery electric vehicles to the Jansen potash project (potentially the world’s largest potash mine) expects to cut carbon emissions in half compared to its peers. BHP’s Jansen potash project is expected to be the largest of its kind, with initial capacity forecasts of 4.3 to 4.5 Mtpa. Potash is the most commonly used potassium fertilizer, but over 70% is based on conventional underground mining that uses heavy-duty equipment to extract it. Although underground mining releases half the CO2 emissions of open-pit mining, the company is reducing emissions further by introducing several battery electric vehicles.

Source: Electrek: Read The Article

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Komatsu Targets CO2 Zero Emissions by 2050

Komatsu is aiming to reduce its CO2 emissions to virtually zero by 2050. The goal is to reduce CO2 emissions to zero not only from its own production of construction equipment, but also from the use of construction equipment by its customers. The company aims to achieve this goal by promoting the electrification of construction equipment, improving fuel efficiency, and encouraging customers to use their construction equipment more efficiently, etc.

The company will respond to the fact that ESG (Environmental, Social and Corporate Governance) investors are emphasizing the reduction of emissions, including those of customers.

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