Ionic Mineral Technologies, a developer of silicon anode battery materials, has launched Generation 1 Ionisil nano-silicon for lithium-ion cell makers. EV OEM production labs have independently confirmed that an all-silicon battery using Generation 1 Ionisil can reach a reversible capacity of 2,700 mAh/g and 2,500 mAh/g at a 2,000 mAh fast charging rate in half-cell… Read more »
Hydrogen infrastructure system specialist GenH2 has executed an MOU with ZeroAvia to develop liquid hydrogen aviation infrastructure solutions for use at airports. ZeroAvia is developing a hydrogen-electric aviation powertrain. The company aims to retrofit its fuel cell-powered engines to existing fixed-wing and rotorcraft airframes in order to reduce time to market, and is also partnering… Read more »
One way to gauge how serious an automaker is about electrification is to consider whether it’s securing supplies of the raw materials that will be required to build large quantities of EVs (as opposed to just issuing press releases about EVs). The US Inflation Reduction Act, which includes strong incentives to use raw materials sourced… Read more »
Schenck Process, which provides bulk materials handling solutions, has introduced a feeding mechanism for battery electrode production. The modular feeding system works for continuous and batch battery mass manufacturing. CS+, a loss-in-weight feeding device for component dosing in battery manufacture, restricts dust emissions with a uniform containment approach, reducing manufacturing hazards. CS+ has a customizable… Read more »
South Korean battery manufacturer LG Energy Solution will invest approximately $5.5 billion to construct a battery manufacturing complex in Queen Creek, Arizona. The complex will consist of two manufacturing facilities—one for cylindrical batteries for EVs and another for lithium iron phosphate (LFP) pouch-type batteries for energy storage systems (ESS). The company plans to invest $3.2… Read more »
LithTech, an Australian firm, has announced its 2023 capital raising drive to enhance its magnesium separation process, which increases the brine extraction of essential raw elements, including nickel, lithium, cobalt, copper and natural graphite, used in EV batteries. After lab-scale testing, the Dow Centre at the University of Queensland has provided financial and technical support,… Read more »
Unless you’ve just emerged from an internet-free retreat, you’ve surely heard that Tesla and Ford are planning to cooperate to open up the former’s Supercharger network to drivers of the latter’s EVs. The announcement quickly took over every EV-related news feed. Is this deal really as “surprising,” “unprecedented” and “game-changing” as people are saying? Yes… Read more »
US-headquartered Bridgestone Americas has debuted its first dedicated EV replacement tire, targeting Tesla models 3, S, X and Y, and the Ford Mustang Mach-E. Thirteen additional sizes will be available in 2024. According to the company, its proprietary ENLITEN technology improves the all-season performance and wear life of the Turanza EV Grand Touring Tire and… Read more »
DOE will provide $99.5 million in new funding and an additional $87 million for 45 selected projects to develop EV technologies, train the electrified-transportation workforce and ensure equitable deployment of clean transportation in disadvantaged communities. The projects across 18 states and DC have multiple goals, including improving EV charging infrastructure in underserved communities, developing EV… Read more »
NI, formerly known as National Instruments, has launched a new testing solution for battery validation labs. NI’s Software-Defined Battery Lab covers the entire battery lifecycle from research and development to validation, production, second life and remanufacturing. The Software-Defined Battery Lab is designed to support EV manufacturers and battery suppliers. It allows battery validation and data… Read more »
