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When completing 50 years in Brazil, Cummins announces the arrival of the New Power unit in South America. This includes Electric propulsion, NG Engines, cleaner Diesel Engines, Fuel Cell and mainly Hydrogen.
Source: M&T Magazine Read The Article
PSR Analysis: As part of its global strategy, Cummins in South America, leads in the first phase in market niches with NG Engines and follows with other new solutions in the following phases. PSR
Fabio Ferraresi is Director, Business Development South America, for Power Systems Research
The Tokyo Motor Show was a major event that attracted 2 million people from the 1980s to the 1990s, but in recent years the number of visitors has decreased and the last exhibition in 2017 drew only 770,000 attendees.
Cummins plans to introduce their agnostic ICE engine platforms with testing to begin in 2024 and series production to start in the 2026/2027 timeframe. The engine platforms use a common base engine. Below the head gasket the engines will mostly have similar components and above the head gasket the engine will have different components for different fuel types. The new platforms will include the B6.7, X10 and the X15 engines. The X10 will ultimately supersede the current L9 and X12 engine platforms.
In North America, Cummins plans to introduce the agnostic engine platforms starting in 2026. Diesel and natural gas will be the first fuel types introduced and hydrogen versions will soon follow.
Sources: FleetOwner Cummins X Series Agnostic Engines Cummins Agnostic Overview
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.
A new international system for rating the fuel efficiency of ocean-going vessels will be established under Japanese leadership, it has been announced. A draft amendment to the relevant treaty will be adopted at an international conference in June, and the system is expected to be introduced in 2023.
The fuel efficiency rating system will be applied to large ocean-going vessels such as container ships, oil tankers, and cruise ships. Once a year, ship owners and operators will submit fuel efficiency data to the government where the ship is registered and rate it on a five-point scale (A-E). CO2 emissions are converted from the distance traveled, the weight of the ship, and the amount of fuel consumed and compared. The lowest E, or three consecutive D’s, will require the owner to submit an improvement plan to the government where the ship is registered. They are required to add devices to improve fuel efficiency or reduce the speed at which they sail. If the ship cannot be improved, it will not be allowed to sail.
Toyota Motor Corporation and Chiyoda Corporation have announced the joint development of a hydrogen production system. The two companies plan to begin demonstration tests at Toyota’s main plant in fiscal 2025 and hope to begin marketing the system around fiscal 2027.
The system will produce hydrogen by electrolyzing water. It will have an output of about 5 megawatts and will be able to produce about 100 kilograms of hydrogen per hour. The new plant has a footprint of 6 meters wide by 2.5 meters deep, about half the size of a typical plant. By linking multiple plants, the production volume can be significantly increased.
Germany-based Torqeedo GmbH and Proton Motor Fuel Cell GmbH are jointly developing a hydrogen hybrid propulsion system for the marine industry. The ambitious and innovative project is provisionally named “Ma-Hy-Hy” (Marine Hydrogen Hybrid) and is funded by the Bavarian federal government until 2024.
Proton Motor Fuel Cell GmbH specializes in a high-tech innovative, climate neutral energy solutions, especially in CO2-neutral and emission-free hydrogen fuel cells and electric hybrid systems for stationary, automotive, rail and maritime applications. Development and production sites are located in the Munich area.
Torqeedo GmbH, as a part of the Deutz group, is a market leader in development and production of lithium batteries, solar charging equipment, electric and hybrid drives. It offers outboards and inboards, electric motors and hybrid drive systems ranging from 0,5 to 100 kW on motor level (up to 200 kW on system level).
Beijing Foton Motors and Cummins said they will further strengthen their strategic cooperation in the Southeast Asian region and sign a joint investment agreement with the Foton Cummins Thailand engine factory to provide powertrains for the Foton Zhengda vehicle base and Southeast Asian business.
This signing would mark a further strategic cooperation between Foton Motors and Cummins, targeting a wider range of regional markets and providing more diversified power solutions to global customers.
As a global emerging economy, ASEAN (Association of Southeast Asian Nations) has become one of the regions with the greatest development potential in the world. In recent years, Foton Motors has had significant business expansion in Southeast Asian countries including Thailand, Malaysia, and the Philippines. Their market share has gradually increased in trucks, buses, and other specialized vehicles, and they have built their reputation in the local market.
Cummins has announced that in addition to the recent investments it has made in its Fridley, Minn., plant, it will also invest more than $1 billion across its US engine manufacturing network in an effort to support the transition into hydrogen fuel.
The investments are being made in Indiana, North Carolina and New York. The $1 billion is intended to provide an upgrade of facilities supporting the first “fuel-agnostic” engine platforms in the industry. The fuel-agnostic concept refers specifically engines that can use different types of fuel, especially a variety of low-carbon and zero-carbon fuels.
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