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240 Ton EV Mining Truck Can Charge in 30 Minutes
Guy Youngs A 240-ton mining haul truck is being fitted with a 1.4 megawatt-hour (MWh) prototype battery system that global green energy company Fortescue has developed with equipment maker Liebherr.
UK-based engineering company WAE Technologies, (acquired by Fortescue in March 2022), completed and delivered the battery system to Fortescue’s workshop in Perth, Australia. The battery will be assembled and installed in the mining haul truck before it's transported to the Pilbara in Western Australia for…
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Alternative Power Report, January 2023
The January 2023 Alternative Power Report produced by PSR’s Guy Youngs and other analysts at Power Systems Research includes several articles on hydrogen power. New applications of hydrogen power from construction to marine are discussed in this issue. Plans by OEMs Audi and BMW for new EV cars also are discussed. PSR
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Are Hydrogen Engines in Your Future?
Guy Youngs 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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Growth of Hydrogen Internal Combustion Engines (H-ICE)
Hydrogen ICE vehicles offer an alternative to traditional gasoline and diesel-powered vehicles and have the potential to reduce emissions and reliance on fossil fuels. These vehicles are becoming increasingly popular and more automakers are starting to offer hydrogen-powered options in their vehicle lineups.
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JCB Reaches Hydrogen Milestone
JCB’S £100 million investment in a project to produce super-efficient hydrogen engines is going full steam ahead. A team of 100 engineers has been working on the exciting development for more than a year and the 50th JCB hydrogen combustion engine has now come off the production line as part of the development process.
JCB’s hydrogen-fueled backhoe loader is one of three hydrogen vehicles the OEM is developing. JCB hydrogen engines are powering prototype backhoe loaders and Loadall telescopic handlers and the company has recently unveiled its very own designed and built mobile refueling bowser to take fuel to the machines. The bowser has enough hydrogen to fill 16 hydrogen backhoe loaders and can be transported either on the back of a modified Fastrac tractor or on a trailer.
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Hyster Begins Pilot of Hydrogen Fuel Cell Powered Container Handler
Hyster Company is testing a top-pick container handler powered by hydrogen fuel cells (HFC) at Fenix Marine Services in the Port of Los Angeles.
Based on the standard Hyster H1050-1150XD-CH top-pick container handler design, the truck is powered by two 45kw hydrogen fuel cells from Nuvera, a wholly owned subsidiary of Hyster parent company Hyster-Yale Group. The HFC-powered top pick is designed to provide the zero emissions benefits of a battery electric option, with enough capacity to keep operators moving and avoid the need to stop in the middle of a shift to refuel or recharge.
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Redwood To Supply Cathode Materials To Panasonic
Guy Youngs Panasonic Energy said it has agreed to purchase cathode active materials and copper foil for lithium-ion batteries from Redwood Materials. The recycled cathode active materials will be used to manufacture batteries in the company’s new $4 billion factory located in De Soto, Kansas, starting in 2025, and the recycled copper foil will be used to make batteries at Panasonic’s facility in Sparks, Nevada, starting in 2024.
“Recycling and a localizing supply chain are both essential to make the best use of limited natural resources,” said Kazuo Tadanobu, President and CEO of Panasonic Energy, in a press release.
This may amount to 50% of the cost of the battery and add around 900 new workers to Redwood Materials workforce once in full scale production
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Container Ships Could Look Like this by 2050
Here’s What Container Ships Could Look Like by 2050
With pressure from regulators to decarbonize international shipping, companies big and small are racing to identify green alternatives to the gas-guzzling container ships that account for an estimated 3% of global greenhouse emissions.
Many of the ideas floating around today leverage some form of high-tech sail, a futuristic take on the wind-powered voyages that have transported goods for as long as global trade has existed.
Many factors need to be…
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Tesla Refinery Project Advances in Texas
Tesla is currently working on a lithium refinery project that would be coming to Corpus Christi, Texas, and it sounds like the automaker is in the final stretch of its negotiations with the authorities.
In September, we learned that Tesla has a plan to build a lithium refining facility on the Gulf Coast of Texas. At the time, all we knew was that Tesla was planning on moving fast with hope to start building in Q4 2022.
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Are There Enough Materials To Produce Needed EVs?
The transition from ICE to electric vehicles (EVs) is necessary to decrease climate-changing emissions. As deployment increases, so will the demand for EV battery materials such as lithium, cobalt, and nickel. These materials are primarily supplied through two sources: 1) newly mined or 2) recovered by recycling batteries.
Research shows there are enough explored or prospective reserves to electrify the global transportation sector using current technology if a high amount of battery recycling occurs. In this scenario, global demand for EVs in 2100 will amount to about 55% of cobalt reserves and 50% of lithium reserves. If recycling doesn’t ramp up, a shortage of lithium, nickel, or cobalt is likely, and it is estimated that demand would exceed what is economically accessible to extract.
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