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Fabio Ferraresi Dir. Business Development South America
Fabio Ferraresi holds a Bachelor degree in Mechanical Engineering from the University of São Paulo, and he received his MBA in Business Management from Fundação Getúlio Vargas. He also holds CMQ-OE and CQE certifications from American Society for Quality. He has experience in automotive business in South America and Asia. He has worked for Eaton Corporation for 12 years in Brazil and China in positions such as supplier development manager, supply chain manager, factory manager and quality manager. Fabio also serves as business development director of Grupo Engenho, a consulting company with activities in business management and Operational excellence. Fabio joined the Power Systems Research team in 2014.
Today, Fabio Fabio Ferraresi, Director of Business Development in South America, discusses Brazil MH vehicle production and trends in MHV propulsion and powertrains.
Transcript
Welcome to the PSR PowerTALK podcast produced by Power Systems Research.
00:06 Joe Delmont
From Power Systems Research I’m Joe Delmont, editor of PSR PowerTALK. Today we’ll talk with Fabio Ferraresi about transportation trends in Brazil, especially as they apply to medium and heavy vehicles. We’ll discuss 2021 Brazil production forecasts, and we’ll also look at trends in propulsion and powertrains for medium and heavy vehicles.
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.
PowerX, Inc. says it has raised 4.15 billion yen in funding for two electrification projects: one is to develop its own “Power ARK,” a ship that carries electricity, and the other is to build a large-scale storage battery factory in Japan.
The idea behind the Power Transfer Vessel is to store electricity in container-shaped storage batteries and transmit it by ship, with an eye toward the expansion of offshore wind farms. Conventionally, power is transmitted from offshore wind farms to land via submarine cables, but the aim is to develop the Power Transfer Vessel that can replace submarine cables. This will make it easier to construct power plants offshore in windy distant seas. The construction of submarine cables that pass high-voltage electricity is environmentally hazardous, but the Power Transfer Vessels are cheaper than cables and will enable power transmission to be realized sooner.
Power Ark 100. The first vessel, the “Power ARK 100,” will have a length of approximately 100 meters and will be equipped with 100 storage batteries in the form of shipping containers, enabling it to store 220 MWh of electricity. This is roughly equivalent to one day’s worth of electricity for one city (22,000 households). In the event of a large-scale power outage or other disaster, the ship will serve as a contingency power source. Larger vessels are also planned, and a 220-meter-long vessel capable of carrying 3,000 containers would be able to transport 5,660 MWh of electricity.
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.
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
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.
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
In 2022, the penetration rate of new energy units in the commercial vehicle market exceeded 10%, and the penetration rate of heavy-duty trucks was close to 5%. The new energy subsidy policy was scheduled to be withdrawn at the end of 2023, but data for the January to October period is basically the same as the previous year. The share of new energy units for the commercial vehicle segment is far lower than the market share of 30.4% for new energy passenger vehicles.
With the accelerated adjustment of China’s transportation structure, it is expected that by 2025, the national railway and water freight volume will increase by 10% and 12%, respectively, compared to 2020, while the road freight volume will relatively decrease. In this context, bulk and ultra long-distance road transportation will gradually exit the market, and the advantages of short and point-to-point road trunk transportation with radii of around 500 kilometers and 300 kilometers will be further highlighted.
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.
BP’s action might be a pivotal moment where the green revolution stops being something, we are all dragged into and starts being an opportunity for the most responsive and agile innovators to rebrand themselves and capture new markets.
Tyler Wiegert
For many people, the moment when COVID-19 became real was when the NBA announced the cancellation of the rest of its season. I was sitting at the counter of the coffee shop in the lobby of my Las Vegas hotel at CON-EXPO. My colleagues and I had been talking for a couple days about the odds of catching the virus at the show, but we all had made the decision that we would be ok attending.
And then we saw that announcement. By the end of the day, we had all decided to go home as soon as possible, and the show had announced it was ending a day early. As a 26-year-old who just caught the tail end of the millennial generation, there haven’t been a lot of things in my memory where I can look back and say, in the moment, it felt like things were different now. I was too young to remember 9/11, and I wasn’t politically engaged enough to understand what the first African-American president meant historically. But this morning as I was catching up on the news and thinking about the subject of this article, I read that BP had made an announcement about a major environmental initiative, and as I read it, I had a feeling like at that coffee bar in Las Vegas.
According to newly published research by Interact Analysis, hydrogen internal combustion engines (H2 ICE) are forecast to be sold in 220,000 vehicles in 2035.
On the plus side, H2 ICE vehicles have some notable advantages. The engine technology is reasonably similar to diesel engines, enabling use of existing knowledge, design and production vehicles. The vehicles can deliver high power, work with impure fuel, work in dirty and dusty conditions and refuel quickly.
On the downside, there is no hydrogen infrastructure in place in almost all locations in the world, there is a lack of awareness about the technology and limited development so far. Most importantly, the current cost of hydrogen fuel is high – it will need a big reduction before the vehicles can become competitive. Even at half the cost of today, H2 ICE vehicles do not have a good total cost of ownership. The cost of the engine is not substantial, but the cost of the tanks adds a lot to the cost of the vehicle, then there is infrastructure and above all hydrogen fuel.
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