Group14 Technologies on LinkedIn: Group14’s Silicon Battery Material Enables Breakthrough Power and Charging… (2024)

Breakthrough in EV Battery technology - double the mileage. 1,000km range from a single charge gives the battery a potential lifetime range of 4 million kilometres, far exceeding the average lifespan of a car.Paddy Srinivasan https://lnkd.in/ehdXWN9g

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🚀UNLOCKING $130 BILLION💰 MARKET FOR NEW EV BATTERIES. HPQ Silicon Inc. CEO, Bernard TOURILLON discusses the production of #commercial Li-ion Batteries🔋 ->The link is in the comments...🔋 Join the EV innovation wave! In EV batteries, the #anode is pivotal, storing #lithiumion for power release. #Graphite #anode hit peak energy density, spurring a shift to #Silicon-based ones, offering 10x the power! 🚗💡#ndustry giants like Porsche AG, Mercedes-Benz AG, & General Motors are leading the charge, eyeing #Silicon's potential to overhaul #ev performance.Despite promise, #silicone #anode face degradation issues during cycles. Addressing this unlocks a $130B market by 2033. #EVRevolution #CleanEnergyInvesting 🌟 #CleanEnergy #ElectricVehicles #InvestInInnovation #SustainableFuture #CleanEnergy #TechInvesting Novacium SAS Jed Kraiem Julien Dégoulange

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Group14 Technologies has developed an innovative silicon carbon material that will significantly enhance #electricvehicle (#EV) batteries. This breakthrough technology allows for up to 50% more energy storage capacity and enables batteries to charge in just 10 minutes. By replacing graphite with silicon, the batteries become more durable and charge at a much faster rate.The success of Group14's product has attracted high-profile customers such as #Porsche, who plan to integrate the material into their #EVs later this year. Group14's commitment to research and manufacturing is centered in Woodinville, but they are expanding their operations with a $223 million investment in two new plants located in Moses Lake. This expansion has been made possible through a $100 million grant from the Department of Energy.The company's ambitious goal is to grow its workforce from 250 to 500 employees in order to operate the new plants and continue their groundbreaking research at their Woodinville hub. Ultimately, Group14 aims to establish Washington State as the go-to destination for cutting-edge energy storage solutions.Within the next five years, Group14's groundbreaking silicon battery technology is expected to be utilized by multiple car manufacturers, revolutionizing the #electricvehicle industry.#EVolution #innovation #thefutureisELECTRIChttps://lnkd.in/girCEzaJ

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As the use of electric and hybrid vehicles increases in many countries worldwide, the development of safe and better-performing battery technologies becomes increasingly crucial.

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Top Speed: 10 Battery Technologies Currently In Development Read more from Top Speed here:

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As the use of electric and hybrid vehicles increases in many countries worldwide, the development of safe and better-performing battery technologies becomes increasingly crucial.

#electricvehicles #energy #batteries The Next-Generation Battery Tech Vying to Supercharge EVsImprovements in the energy density of electric vehicle batteries have been driven by cathode advancements over the past decade, such as the move towards chemistries with higher nickel content. But the next incremental gains in performance and cost are expected to come from emerging technologies in other components, including next-generation anodes, solid-state batteries and sodium-ion cells. The rate at which these innovations are adopted could significantly impact demand for key raw materials like graphite and lithium.

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🔋 Pioneering EV Battery Tech: Li9N2Cl3's Game-Changing Role in Solid-State Batteries In the quest for cutting-edge electric vehicles (EVs), revolutionary battery technology takes center stage. Enter Li9N2Cl3, a high-performing solid-state electrolyte, poised to redefine energy storage.This electrolyte, boasting outstanding compatibility with lithium, remains steadfast even in ordinary air conditions. It's a game-changer, enabling the creation of enduring, high-capacity lithium batteries. Li9N2Cl3's structural prowess ensures seamless lithium-ion movement while thwarting dendrite formation—a vital safety measure.When integrated into specific battery designs, it not only guarantees exceptional stability but also delivers heightened energy density. This breakthrough sets the stage for a new era of electric vehicles, blending performance, safety, and reliability. ⚡️🚗Read the full study here. https://lnkd.in/g7RBArV5#EVInnovation #BatteryBreakthrough #SolidStateBatteries #Li9N2Cl3 #iRasusTech #BatteryAdvances #FutureOfMobility #ElectricVehicleRevolution

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#impactinvestors, #techinvestment #energyinvestment #industrialinvestment #vcfunding #familyoffices and other types of investor -> wath the interview of Bernard TOURILLON how HPQ Silicon Inc. is unlocking $130 BILLION market for new #evbatteries https://lnkd.in/e5TDvqEB

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In the realm of electric vehicles (EVs), the powertrain's core is built from numerous small battery cells. Linked in series and parallel, these cells are pivotal for the vehicle's operation. The quest for a cell chemistry that balances high energy density with longevity is crucial for advancing EV technology. Lithium metal emerges as a leading candidate, thanks to its high energy density.