Outboard Marine Engine Market Hits $5.5 Billion

GLOBAL REPORT

The global Outboard Marine Engine Market size is estimated at $5.54 billion in 2023, and is expected to reach $8.99 billion by 2035, growing at a CAGR of 4.1% during the forecast period, according to research by Power Systems Research.  

The COVID-19 outbreak significantly impacted the boat manufacturing industry and caused a decline in recreational activities worldwide, which hurt outboard motor sales. However, in 2021, the market regained momentum due to the easing of restrictions. The market is expected to register healthy growth in the coming years.

There are generally three types of boat drives including inboard, outboard, and sterndrive. One obvious distinction among them is their placement of motor in the boat.

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Could Toyota’s Ammonia Engine Bring the End of EVs?

The technology is the result of a collaboration of Toyota with the GAC Group, a Chinese state-owned manufacturer. The ammonia engine is a form of internal combustion engine (ICE) powered primarily by ammonia, (ammonia is comprised of a nitrogen atom and three hydrogen atoms). It does not contain carbon. As a result, when it’s burned in an ICE, it does not release carbon dioxide, one of the major greenhouse gases. In the effort to decarbonize, the potential of this type of technology is considerable.

Source: Hydrogen Fuel News: Read The Article

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Tupy Developing Efficient Hydrogen Powered Engine

Fabio Ferraresi
Fabio Ferraresi

Brazilian Tupy is working with AVL and Westport Fuel Systems to develop a high efficiency ICE powered by Hydrogen, targeting long haul Trucks. Tupy supplies superior materials casting and high precision machining for high pressure injection engines designed and tested by AVL and Westport. First outcomes of the work are expected at the beginning of 2022.

Source: Automotive Business     Read The Article

PSR Analysis: With the Zero Emissions target and the need for efficient fuel that allow short time for refueling or recharging, Hydrogen looks promising. It can be either used as a source for electricity with the Fuel Cells or burned in the engine combined with other fuel or alone, as in this initiative. It is still preliminary and depending on the results, it may be the salvation for many companies in the ICE supply chain. PSR

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

Hyundai Doosan Infracore Plans Hydrogen Engine

FAR EAST: SOUTH KOREA REPORT

Hyundai Doosan Infracore announced that it has been selected as the lead company for the national project “Development of Hydrogen Engine System and Storage and Supply System for Construction Machinery and Commercial Vehicles” by the Industrial Technology Evaluation and Management Agency.

Through this project, the company plans to develop a 300kW, 11-liter class hydrogen engine and hydrogen tank system with zero carbon emissions, which will be installed in commercial vehicles such as trucks and large buses, and construction equipment such as excavators by 2024. After verification, the company aims to begin full-scale mass production in 2025.

“Although hydrogen engines have high energy density, they are expensive and require technological maturity to ensure durability under adverse operating conditions,” said a company official. “For this reason, the engine system is more suitable for construction machinery and medium- to large-sized commercial vehicles than for passenger cars.”

Source: Wow! Korea

PSR Analysis: Hydrogen products in Korea are still far from practical at this point. Hydrogen can be classified as green, blue, or gray depending on the cleanliness of the production process, and the hydrogen fuel cell power plant in Korea that began operating in June emits 10 tons of carbon for every ton of hydrogen it produces. At this point, Korea’s hydrogen industry is still in the gray stage, but I do not think it is time to discuss whether the technology is good or bad, as it will take time for the technology to become more advanced.

The idea that hydrogen is better suited for medium- and heavy-duty commercial vehicles than for passenger cars makes a lot of sense. However, mass production of a commercial model by 2024 is certainly a very high goal. With the lithium-ion battery industry currently thriving in South Korea, I will keep a close eye on the future development of hydrogen in the country. PSR

Impact of COVID-19 in India on Engine-driven Applications

As of today, India is relatively less impacted by COVID than other nations. Because of the very bold and unprecedented move of a complete lockdown for about 40 days, India has managed to restrict the number of positive cases to 17,000.

Ritvik Kulkarni
Ritvik Kulkarni

Considering that India is a country with a population of over 1 billion persons living in challenging on-ground conditions, it is a phenomenal effort of proactive and timely response from the government as well as restraint observed by citizens.

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KAMAZ Launches 720 hp Engine

RUSSIA REPORT

PowerTALK, January 2022

Maxim Sakov
Maxim Sakov

KAMAZ said it is installing new 6-cylinder engines working on methane gas and having 720 HP on its trucks. Switching to NG fuel is one of the main trends of the Russian automotive giant. It builds Inline 6 and V8 engines

Inline 6 cylinders engine will be made in several versions but the 720 hp will be available in the top model only. For the economy segment, the OEM will offer a 450 hp engine;  the price of this model will be significantly cheaper.     Read The Article

PSR Analysis: A few years ago, KAMAZ started developing new 6-cylinder inline engines in co-operation with Liebherr. The R&D now is program successfully expanding into a new stage, developing a new range of HHP NG-powered engines.    PSR

Maxim Sakov is Market Consultant – Russia Operations, for Power Systems Research

FPT Developing Ethanol or Biomethane Engine in Brazil

FPT, Mahle and Brazilian universities are working to develop an FPT F1C Bi-Fuel engine to meet Brazilian transportation needs using Ethanol, or Biomethane and Hydrogen for use in hybrid vehicle applications.

The project involves the creation of mathematical models, which will be used to characterize and predict the behavior of the engine operating with ethanol and biomethane, assisting in the development of components and hardware, and testing the equipment at Mahle’s technology center in Jundiaí (SP).

Read The Article

PSR Analysis. Brazil and much of South America have extensive renewable sources  for fuel. FPT and Mahle are betting on alternatives that cost effectively meet the decarbonization needs consistent with infrastructure restrictions.   PSR

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