Power Systems Research (PSR) is an international research company based in St. Paul, Minnesota, USA. It operates a second North America office in Detroit, Mich., and has offices in five other countries. PSR analysts have been collecting and analyzing global engine and powertrain data and information since 1976, and we use this data to develop targeted forecasts by industry segment and region.

Our team of experienced analysts works with OEMs, engine and component manufacturers, dealers, fleet managers and industry experts to compile detailed and focused data that has become an industry standard. It’s the leading source of global information on engines and power equipment powered by IC and alternate sources. Whether you need detailed global data, forecasts or customized local market studies, we can provide you with Data, Forecasting and Solutions. Let’s start today.

Two New Approaches To Wind-Powered Ships

Ships haven’t had sails for generations, but the idea is gaining new supporters as shipping companies work to lower their carbon emissions.

Globalization has spawned a tremendous increase in the number of ships crossing the world’s oceans. Ships the size of small cities haul thousands of containers and tankers as large as aircraft carriers transport millions of gallons of oil from one continent to another. Many of them run on bunker oil — a gelatinous mass of whatever is left over after the refining process is over. The stuff is so thick, it needs to be heated in order to flow and when it is burned, it leaves behind sulfurous clouds of carbon dioxide so thick they can be tracked by satellites.

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The Hydrogen Stream: Hydrogen Buses Less Efficient than Battery Models

Eurac Research scientists have analyzed data from 21 fuel cell electric buses (FCEB) and battery electric buses (BEB) in Italy, comparing efficiency, consumption, temperature sensitivity, distances, and cost, and they discovered that Hydrogen buses’ tank-to-wheel (TTW) efficiency is lower than battery electric buses, indicating higher consumption variation for BEBs.

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Daimler’s RIZON Electric Truck Feels like Driving a Car

Daimler recently launched a class 4-5 medium-duty electric truck brand, RIZON, and Electrek got a chance to kick the tires and drive one around. They were impressed at how well it drives (for an 18k GVWR vehicle) and how comfortable it feels like it would be on long shifts.

Rizon is a new brand from Daimler Trucks focusing entirely on zero-emissions in the class 4-5 space. Trucks of this size don’t require commercial driver’s licenses, and you’re more likely to see them around your neighborhood, doing local delivery tasks, equipment rentals, moving businesses, and the like. So, it’s nice to have clean, quiet operation instead of noisy and stinky diesel vehicles.

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Australian Mining — Can It Power All The New EVs?

Australia is already the largest exporter of lithium in the world and has the largest lithium mine in the world. Each quarter, the Australian government produces a report from the Department of Industry Science and Resources which discusses Lithium and most of the other minerals needed to support the EV revolution.

The report is 175 pages long and this article focusses on the sections dealing with copper, nickel, zinc, and lithium.

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Black Mass, Black Gold, And the Truth About EV Battery Recycling

“Black mass” is a term used to refer to the residual compound formed by shredding of li-ion batteries that have reached the end of their usable life cycle. It is a huge task and challenge to recover the valuable cathode elements (lithium, nickel, manganese, and cobalt) entwined within the battery and upcycling them into usable battery materials.

RecycLiCo is among the first companies to turn that black mass into what is referred to as “black gold.” They do this by recovering almost all of the cathode materials within black mass and upcycling them into battery-grade precursor cathode active material (pCAM) and lithium that can be used again in the battery manufacturing process.

Source: CleanTechnica: Read The Article

PSR Analysis:  EV detractors are quick to point out the massive cost of mining the battery metals (lithium, nickel, cobalt, and manganese) that make up the core of modern li-ion car batteries. This is a cost that may take tens of thousands of miles to get ahead of. But those detractors are missing a critical bit of information: battery recycling, and if it can be done effectively and in a low cost manner, it will go some way to alleviating the shortages of these materials.   PSR

Guy Youngs is Forecast & Adoption Lead at Power Systems Research

Redesigned Zinc-Air Batteries ‘Better’ than Lithium, say Researchers

Researchers at Edith Cowan University in Australia have redesigned zinc-air batteries and have found the technology to be preferable to lithium-ion batteries – even for electric vehicles, and they claim to have overcome the technology’s notorious power output limitations.

Zinc-air batteries consist of a zinc negative electrode and an air positive electrode. The chemistry holds promise and is significantly more sustainable than lithium-based counterparts, but the poor performance of air electrodes and short lifespan has limited the technology’s power output.

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Strong E-Bike Market Growth Seen

The pandemic bike boom boosted e-bike sales 145% from 2019 to 2020, more than double the rate of classic bikes, according to the market research firm NPD Group.

Research by Power Systems Research estimates the global e-bike market size at US$ 23.2B in 2022 and expects the market to reach US$ 78B by 2030, exhibiting a CAGR of 10.5%.

E-bikes are bicycles equipped with electrical motors for transforming electrical energy into mechanical energy to assist pedaling. They use rechargeable batteries that require minimum maintenance and provide power to the motor.

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