AM Batteries 的动态

?? Benchmark Minerals’ latest article (https://lnkd.in/dTtGJhs9) on dry electrode manufacturing highlights an exciting shift that could reshape battery production costs as we know them. Cutting down on solvent use in electrode manufacturing doesn’t just slash expenses—it also addresses major logistical and environmental challenges linked to drying slurries. In traditional battery production, drying the electrode slurry is one of the most floor-intensive and costly steps. Moving to dry electrode manufacturing means huge savings in capital and energy costs. Tesla has been one of the pioneers in the dry electrode field. However, there is a second approach: leaving and handling the electrode slurry as a paste, which also can skip the drying step. Companies like FREYR, with 24M, have shown promise in exploring these methods. BUT, and there is a huge but. FREYR recently announced stepping back from their collaboration with 24M, and we’re seeing a shift in where the industry’s confidence lies: towards dry electrode technology. But what comes logically after this? The next thing they will go after is dry rooms. While minimizing dry room space is key to cost efficiency, fully dry processing in controlled environments could actually improve cell lifespan by protecting sensitive battery materials. Achieving that delicate balance—maximizing dry room efficiency while integrating critical steps—will be crucial. Looking even further ahead, eliminating the formation step is another intriguing frontier. This would require precise control of artificial SEI (solid electrolyte interphase) formation, a complex but potentially game-changing advance. We’re beginning to see hints of this through new cathode additives that could help combat lithium inventory loss. The battery industry is evolving rapidly, and the strides we’re making today could pave the way for more sustainable, resilient energy storage solutions tomorrow. ????

Many of large industrial, battery plants, chemical facilities, food processing facilities, etc. are chosing New Gen Glass Fiber Rebars, due to being noncorrosive (pH2-pH13), Green and sustainable aspects of it. In addition since it is nonconductive, it does not interfere with the wireless devices, robots, etc. The wireless signals will not be blocked by the GFRP rebars (Steel rebars due to being conductive, will ground the signals or deflect them) and that assures a smooth communication path with all the automatiation equipment in the new facilities!

Dry electrode manufacturing is transforming lithium-ion battery production by reducing costs, emissions, and environmental hazards associated with traditional methods. This method, being advanced by companies like Dragonfly Energy, cuts energy use by up to 25% and lowers the carbon footprint, making it a promising solution as U.S. manufacturers seek to compete with China. Learn more about how this innovative approach enhances efficiency and aligns with stricter environmental regulations, addressing key safety concerns in battery manufacturing below! https://bit.ly/48xrcy1

The evolving landscape of the battery materials supply chain presents new challenges and opportunities. We're witnessing progress with companies entering the separator space and expanding their foil positions across North America. New technologies are being introduced, driving further interest in materials like graphite and cathodes. The industry continues to evolve, with weekly announcements reshaping the landscape. How do you see these changes impacting the future of battery materials? Share your thoughts in the comments! Credits: Michael Sanders and Olivier ?? No?l #batteries #battery #BatteryIndustry #SupplyChain #Innovation #greentech #circulareconomy #automotive #automotivemanufacturers #EV

?? Breakthrough in Battery Technology! ?? Cleanerwatt, a trusted voice in EV and clean energy, has just released an in-depth look at Paraclete Energy’s SILO Silicon? technology—an innovative silicon anode material that’s already in production and set to revolutionize electric vehicles. This video, which Paraclete had no prior knowledge of, highlights how our technology enables faster-charging, more energy-dense, and cost-effective batteries, bringing the future of EVs closer than ever. ?? Watch the video to see how Paraclete Energy is driving the future of transportation: https://lnkd.in/eFD5z8b2 #BatteryTechnology #SiliconAnode #EV #CleanEnergy #Innovation #EnergyStorage #ParacleteEnergy About Paraclete Energy Paraclete Energy has the potential to revolutionize the electric vehicle and lithium-ion battery markets with its proprietary SILO Silicon? highly conductive, polymer matrix technology, delivering energy densities up to 300% greater than graphite and 200% higher than competing silicon anodes. Batteries using SILO Silicon? are 33% less expensive per kilowatt hour than traditional carbon-based products. Paraclete Energy’s distributed manufacturing capability enables production plants near or at a customers’?site further enhancing efficiency and reducing costs.

If you follow the stock market, you've seen how every publicly-traded electrolyzer company (perhaps with an exception or two) is unprofitable. Look deeper, and you'll often see that some companies increase sales y-o-y only to become even more unprofitable. I can only speculate on what's happening, but my guess is that not only are the existing electrolyzer technologies too expensive, but the manufacturing processes to make them are also too expensive to scale. What's needed is a new approach: Develop a better electrolyzer using only low-cost materials with robust supply chains, while simultaneously developing high-speed manufacturing processes to produce these electrolyzers at multi-GW scale in small-footprint, low-CAPEX factories. https://lnkd.in/eRRKSNvP

Here's why we believe Flow Batteries are the future. No-one puts it better than our CEO Thomas Gebauer, who's been watching the phenomenal growth of the industry over the past 10 years. Manufacturing capacities have soared, and the deployment of flow batteries has reached unprecedented levels. While the flow battery space traditionally belonged to Vandium Flow Batteries, Iron Chromium Flow Batteries are starting to take their place at the table, providing a cleaner, safer and way more cost effective way to store power. That's why Redox One is excited to be at the forefront of innovation in Iron-Chromium Flow batteries. Find out more about our story and our products here https://lnkd.in/dEaWz_-g #RedoxOne #FlowBatteries #IronChromium #energystorage #batteries #sustainability

?? Exciting Behind-the-Scenes Look at Our Lithium-Ion Battery Manufacturing Process! ?? Ever wondered how lithium-ion batteries are made? Take a peek behind the curtain with this exclusive video showcasing our cutting-edge manufacturing process! From the precision winding of electrode cores to the meticulous assembly and rigorous quality control checks, every step is crucial in delivering high-performance batteries to power the future of technology. Join us on this journey as we demonstrate our commitment to innovation, quality, and sustainability in the energy storage industry. ?? Key Highlights: Advanced equipment and technology for precise winding and assembly. Stringent quality control measures at every stage of production. Commitment to sustainability with efficient processes and materials. ?? Why Choose Us? Industry-leading expertise and experience. Focus on innovation and continuous improvement. Dedication to meeting the highest quality standards. ?? Join Us in Shaping the Future of Energy Storage! ?? #LithiumIonBatteries #Manufacturing #EnergyStorage #Innovation #Sustainability #BehindTheScenes #LinkedInVideo #Technology #FutureofTech

?? Exciting Behind-the-Scenes Look at Our Lithium-Ion Battery Manufacturing Process! ?? Ever wondered how lithium-ion batteries are made? Take a peek behind the curtain with this exclusive video showcasing our cutting-edge manufacturing process! From the precision winding of electrode cores to the meticulous assembly and rigorous quality control checks, every step is crucial in delivering high-performance batteries to power the future of technology. Join us on this journey as we demonstrate our commitment to innovation, quality, and sustainability in the energy storage industry. ?? Key Highlights: Advanced equipment and technology for precise winding and assembly. Stringent quality control measures at every stage of production. Commitment to sustainability with efficient processes and materials. ?? Why Choose Us? Industry-leading expertise and experience. Focus on innovation and continuous improvement. Dedication to meeting the highest quality standards. ?? Join Us in Shaping the Future of Energy Storage! ?? #LithiumIonBatteries #Manufacturing #EnergyStorage #Innovation #Sustainability #BehindTheScenes #LinkedInVideo #Technology #FutureofTech

Last month, our co-Founder and CEO John Busbee attended S&P Global’s annual CERAWeek event in Houston, TX, where he had the opportunity to deliver an Innovation Agora Pod presentation highlighting Xerion’s game-changing lithium-ion battery technology platform.?This technology is core to our company’s revolutionary StructurePore? lithium-ion battery electrode architecture and DirectPlate? molten salt electroplating manufacturing process. Taken together, this architecture and manufacturing process enable?Xerion to use low-purity battery material feedstocks, to deliver a lithium-ion battery that is lower cost, with higher energy density and power, faster charge, longer life, and lower risk of thermal runaway than options on the market today. Even better, we’re able to achieve 40% lower carbon emissions than conventional battery manufacturing thanks to this technology. ? The ability to leverage low-purity feedstocks in our manufacturing process allows for a reduced reliance on long, convoluted and environmentally harmful supply chains for processing and refining high purity battery precursors required for conventional lithium-ion battery manufacturing. At Xerion, we’re committed to strengthening the U.S. domestic battery supply chain. ? Check out John’s presentation here: https://lnkd.in/eMY3yG2y ? #battery #batterytechnology #batterychemistry #batteryinnovation #batterymanufacturing #lithiumion #cleanenergy #storage #energystorage #energytransition #energy