WeAutomotive Group

#Webinar: Next-Gen Battery Assembly - Automated Sealing and On-Demand Debonding Solutions ⚡️LIVE TODAY @7pm(CET) 1pm(EST) 🔗 https://lnkd.in/e-7WR-MT We are thrilled to invite you to our upcoming webinar, "Next-Gen Battery Assembly: Automated Sealing and On-Demand Debonding Solutions," featuring industry experts Robert Steele, Market Segment Manager at tesa, and Emmett Yaksich, Senior Technical Support Engineer at tesa. 💪🏼 What You Will Learn ➡️ Importance of Advanced Sealing Technologies > Discover how cutting-edge sealing technologies are critical in ensuring the safety and performance of EV batteries. > Learn how these innovations help in enhancing battery lifespan, efficiency, and reliability. ➡️ Challenges and Solutions in On-Demand Debonding > Explore the key challenges associated with battery maintenance and recycling, and understand how on-demand debonding technologies are addressing these issues. > Gain insights into the practical applications and benefits of these solutions. ➡️ Innovations in Automated Sealing and Debonding > Stay ahead of the curve with the latest innovations and best practices in automated sealing and debonding technologies. > Learn about various methods such as thermal, chemical, and mechanical techniques that enable effective debonding on demand. ➡️ Selecting the Right Debonding Method > Understand the criteria for selecting the appropriate debonding methods based on specific application needs. Our experts will discuss the factors to consider, ensuring you choose the most suitable technology for your requirements. Register Now! ---> https://lnkd.in/e-7WR-MT Don't miss this opportunity to enhance your knowledge and stay ahead in the rapidly evolving field of EV battery technology.

WeAutomotive Group is hosting A Multi Physics Approach To Designing Safe, Efficient Batteries For EV's. Make sure to attend it today.

Next week we’ll be hosting our second automotive webinar as part of our Drive Forward series. It’s not too late to register! Join our automotive experts online on Wednesday, July 17th. Reserve your spot at https://lnkd.in/gjsv96pV. #Huntsman #AutomotiveWebinar #AutomotiveExperts #AutomotivePlastics #AutomotiveInnovation #AutomotiveEvolution #Polyurethanes

#EV_BATTERY_RECYCLING_EUROPE_SUMMIT 2024 | STUTTGART, DE. 🌐 https://lnkd.in/eFPUmxUV 🗓 26-SEPTEMBER 📍STUTTGART, FILDERHALLE – Convention & Event Center THIS YEARS KEY TOPICS: ➡️ EU Battery Recycling Market Outlook And Strategic Implications ➡️ Enhancing EV Battery Sustainability: Ford Otosan’s Collaboration With EU hashtag #CircularEconomy Projects ➡️ Direct Recycling: New Opportunities For A Sustainable Battery Value Chain ➡️ Building Localized Circular Recycling Networks ➡️ Innovations In Lithium-Ion Battery Recycling: Tech, Business Models, And Chemistries ➡️ Innovations And Challenges In Designing EV Battery Packs For Efficient Recycling ➡️ Discover How Virtual Twin Technology Can Help You Fast Track Smart And Profitable Battery Recycling For Low Carbon Future ➡️ Breaking Barriers In EV Battery Recycling: Strategies For Success ➡️ Implementing Battery Passports For Efficient Recycling ➡️ Overcoming Industrial Challenges In Debonding Electric Vehicle Batteries ➡️ Closing The European Loop in Battery Production With Secondary Raw Materials ➡️ Powering The Future: Navigating The New EU Battery Regulation 2023/1542 ➡️ Decoding Cell Chemistry: Navigating LFP Vs. NMC And Beyond, Ensuring Market Independence And Overcoming Core Material Challenges (Lithium Iron Phosphate Vs. Nickel Manganese Cobalt) ➡️ Intrinsic Recyclability In Electrodes And Cells ➡️ Maximizing Output, Minimizing Waste: Approaches To Effective Black Mass Chemical Treatment ➡️ The Next Frontier In Sustainability: EV Battery Recycling Start-ups Share Their Journey ➡️ Critical Material Recovery From Any Lithium-Ion Battery: Safe, Submerged Shredding And Hydrometallurgical Processing For Battery Recycling ➡️ Repurposing Strategies For End-Of-Life EV Batteries ➡️ Revolutionizing EV Battery Recycling: The Power Of OEM Collaborations ➡️ Industrial-Scale Battery Recycling Enabled By Laser Technology ➡️ Key Challenges And Future Opportunities For Using Pyrometallurgy In (EV) Battery Recycling ➡️ Key Challenges And Future Opportunities For Using Pyrometallurgy In (EV) Battery Recycling ➡️ Optimizing Battery Disassembly For Recycling ➡️ Overcoming Challenges In Hydrometallurgical Recycling Of Battery Materials ➡️ Addressing Waste Management Challenges In Electric Vehicle Battery Recycling ➡️ Policy, Regulatory, And Permitting Challenges ➡️ Maximizing Cost Efficiency And Profit Margins In EV Battery Recycling 2024 SPONSORS: Roland Berger, CellCircle, Ford Motor Company, AEDIVE (ASOCIACIÓN EMPRESARIAL PARA EL DESARROLLO E IMPULSO DE LA MOVILIDAD ELÉCTRICA), SK tes, PEM RWTH Aachen University, McKinsey & Company, FEV Consulting, Circulor, Fortum Battery Recycling, EUROBAT - Association of European Automotive and Industrial Battery Manufacturers, EuRIC - The European Recycling Industries Confederation (EuRIC), Electrocycling GmbH, Daimler Truck AG, tozero, Circu Li-ion, Voltfang, Circunomics, Renault Group, Rho Motion, LiBCycle GmbH

#WEBINAR: A Multi-Physics Approach To Design Safe And Efficient Batteries For Electric Vehicles #LIVE 🗓 Thursday-18 July @3pm(CET) 9am(EST) 🔗 https://lnkd.in/dtQvzD3c *Can't attend the session live? Register anyway, and we'll send you a link to the slides and a recording of the webinar once it's finished. A "Multi-Physics Approach To Design Safe And Efficient Batteries For Electric Vehicles" refers to an interdisciplinary method that involves the integration of multiple physical principles and computational techniques to improve the design, safety, and efficiency of batteries used in (EVs). 💪🏼 Here's a breakdown of the key areas we'll be covering: ➡️ Multi-Physics Approach > Reactions within the battery cells that generate and store electricity. > Heat generation and dissipation within the battery, which affects efficiency and safety. > Physical deformation and stress on battery components during operation and charging cycles. > Conductivity and electrical behavior of materials within the battery. > In cases of liquid electrolytes, the flow and distribution of the electrolyte within the battery cells. ➡️ Designing Batteries Using A Multi-Physics Approach > Creating detailed computational models that simulate the interactions between different physical processes. > Adjusting design parameters to achieve the best performance, safety, and efficiency. > Choosing materials that optimize performance across all physical domains (e.g., high conductivity, low thermal resistance, good mechanical strength). ➡️ Safety Considerations In Battery Design > Ensuring the battery operates within a safe temperature range to prevent overheating or thermal runaway. > Designing the battery to withstand mechanical stresses and impacts. > Preventing short circuits and managing charge and discharge rates to avoid dangerous conditions. ➡️ Efficiency In Battery Design > Maximizing the amount of energy stored per unit volume or weight. > Reducing energy losses during the charge and discharge cycles. > Enhancing the number of charge/discharge cycles the battery can undergo before its capacity significantly degrades. In the context of electric vehicles, these principles are applied to develop batteries that: > Extend Driving Range - By maximizing energy density and efficiency > Enhance Longevity - By optimizing the cycle life of the battery > Ensure Safety - Through robust thermal management and structural design > Improve Performance - By ensuring stable and reliable power delivery under various operating conditions The multi-physics approach aims to provide a comprehensive framework for designing batteries, modules, and packs, that meet the demanding requirements of electric vehicles, leading to safer, more efficient, and longer-lasting energy storage solutions. Don't Miss Out! 🔗 Register Now: [https://lnkd.in/dtQvzD3c]

Improving The Calibration of Battery Management Systems (BMS) by Using More Efficient and Economical Simulation Models #WEBINAR 🗓 Wednesday 17-July ⏰ 6pm(CET) 12pm(EST) 🔗 https://lnkd.in/dHnS3TAt *Can't attend the session live? Register anyway, and we'll send you a link to the slides and a recording of the webinar once it's finished. "Advancing BMS Calibration With Faster, Cost-Effective Battery Simulation Models" refers to improving the calibration of Battery Management Systems (BMS) by using more efficient and economical simulation models. Here's a breakdown of the key concepts we will be discussing: ➡️ Battery Management Systems (BMS) > Keeping track of battery parameters such as voltage, current, temperature, and state of charge (SOC). > Ensuring uniform charge distribution among all cells in a battery pack. > Preventing conditions like overcharging, deep discharging, and overheating. > Providing status updates and diagnostics to other vehicle systems. ➡️ Calibration > Enhancing the precision of battery monitoring and reporting. > Improving the efficiency of battery usage and longevity. > Ensuring all protective measures are accurately set to avoid hazards. ➡️ Simulation Models > Accurately simulate real-world conditions that a battery will experience. > Provide rapid results compared to physical testing. > Lower the expenses associated with physical prototypes and testing. ➡️ Faster, Cost-Effective Simulation Models > Deliver quicker results, allowing for rapid iteration and development. > Reduce the need for costly physical tests and prototypes. > Easily scaled to test different scenarios and configurations. ➡️ Application > More precise calibration of the BMS, leading to better battery performance and safety. > Faster development cycles for new batteries and BMS technologies. > Cost savings in the development and testing phases, making the technology more accessible and affordable. This approach is crucial for the development of next-generation batteries and BMS, especially in the rapidly evolving electric vehicle industry. By leveraging advanced simulation models, companies can achieve significant improvements in battery performance, safety, and cost-efficiency, driving the future of sustainable energy solutions. ⚡️ Don't Miss Out! Join us for a deep dive into the future of BMS calibration and battery simulation. Equip yourself with the knowledge to drive the next generation of electric vehicles. Secure your spot today! 🔗 Register Now: [ https://lnkd.in/dHnS3TAt ]

THE #EVTOLSHOW USA 2024, CA. 🌐 https://lnkd.in/ehpUgiNj THE USA’s PREMIER TECHNICAL GATHERING OF #EVTOL INDUSTRY LEADERS, INNOVATORS AND ENGINEERS Join North America’s premier assembly of #eVTOL designers, engineers, and senior executives as we concentrate on scaling up eVTOL production at the continent’s largest technical conference and exhibition for eVTOL professionals. Following last year's huge success - this distinguished event features a series of in-depth case study presentations, interactive panel discussions, and exclusive networking opportunities, providing a unique platform for evtol industry experts to collaborate and innovate. AGENDA TOPICS: Exploring The Future Of Urban Air Mobility: ➡️ Insights From IDTechEx’s 2024-2044 #eVTOL Report ➡️ Paving The Way To #eVTOL Commercialization ➡️ The Future Of eVTOL #BatteryTechnologies: Innovations And Challenges ➡️ Advancing eVTOL #HILValidation Testing: Innovations From Tip-To-Tail ➡️ Pioneering Multi-Material Assembly In eVTOL Manufacturing With Advanced Friction #WeldingTechniques ➡️ Thermal Management Strategies For eVTOLs – Enhancing #ChargingSpeed, Extending Range, And Preventing #ThermalPropagation ➡️ Enhancing eVTOL Performance With Advanced High Power And High Voltage #ConnectivitySolutions ➡️ Pioneering eVTOL Battery Development With Integrated #AdvancedSimulation And #Testing ➡️ More Than Flying Cars: eVTOL Battery Analysis Reveals Unique #OperatingDemands ➡️ Revolutionizing eVTOL Power With The Promise Of #LithiumSulphur Batteries ➡️ Soaring To New Heights With #Hydrogen Fuel Cell Innovations In eVTOL Aviation ➡️ The Advantages And Challenges Of Unleashing Liquid #Hydrogen On eVTOL Aviation ➡️ Reducing #Noise In eVTOLs: Critical Areas For Improvement And Innovative Solutions ➡️ Optimizing #SWaP For eVTOL Aircraft: Key Challenges And Solutions ➡️ #Lightweight To Elevate ➡️ eVTOL Cabins: The Next Big Opportunity For #Cabin Suppliers ➡️ Advanced #AcousticInsulation And Materials For eVTOL #NoiseReduction ➡️ Overcoming Software And Control System Challenges In eVTOL Development ➡️ Challenges And Advancements In #MagnetTechnologies For The eVTOL Sector ➡️ Addressing #Cybersecurity Challenges In The eVTOL Sector ➡️ Powering The Future: Overcoming Challenges In #ElectricMotors For eVTOLs ➡️ Pioneering The Skies With The Autonomous eVTOL #CargoDrone Revolution ➡️ Developing New Standards For #Vertiport Design And Operation ➡️ Noise And Vibration (#NVH) Considerations In eVTOL Aircraft And Methods Of Control For The Comfort Of The Pilot And Passengers On Board ➡️ Designing #FramelessMotors For eVTOLs: Minimizing Weight And Maximizing Torque Density ➡️ Navigating Challenges In #Fly_by_Wire Systems For eVTOL Aircraft ➡️ Overcoming Challenges In #Autonomous eVTOL Deployment ➡️ Navigating Technical And #Regulatory Hurdles In eVTOL Development Download the event brochure [ https://lnkd.in/egB6UXKz]

WELCOME TO xEV BATTERY RECYCLING EUROPE  🌐 https://lnkd.in/eRtN3X7m 🗓 26-September 📍Stuttgart, Germany 📖 Event Brochure ->https://lnkd.in/eDUNShUh Key sessions on this years agenda: ➡️ EU Battery Recycling Market Outlook And Strategic Implications ➡️ Enhancing EV Battery Sustainability: Ford Otosan’s Collaboration With EU Circular Economy Projects ➡️ Direct Recycling: New Opportunities For A Sustainable Battery Value Chain ➡️ Building Localized Circular Recycling Networks ➡️ Innovations In Lithium-Ion Battery Recycling: Tech, Business Models, And Chemistries ➡️ Challenges In Designing EV Battery Packs For Efficient Recycling ➡️ Discover How Virtual Twin Technology Can Help You Fast Track Smart And Profitable Battery Recycling For Low Carbon Future ➡️ Breaking Barriers In EV Battery Recycling: Strategies For Success ➡️ Implementing Battery Passports For Efficient Recycling ➡️ Overcoming Industrial Challenges In Debonding Electric Vehicle Batteries ➡️ Closing The European Loop in Battery Production With Secondary Raw Materials ➡️ Powering The Future: Navigating The New EU Battery Regulation 2023/1542 ➡️ Decoding Cell Chemistry: Navigating LFP Vs. NMC And Beyond, Ensuring Market Independence And Overcoming Core Material Challenges (Lithium Iron Phosphate Vs. Nickel Manganese Cobalt) ➡️ Intrinsic Recyclability In Electrodes And Cells ➡️ Maximizing Output, Minimizing Waste: Approaches To Effective Black Mass Chemical Treatment ➡️ The Next Frontier In Sustainability: EV Battery Recycling Start-ups Share Their Journey ➡️ Critical Material Recovery From Any Lithium-Ion Battery: Safe, Submerged Shredding And Hydrometallurgical Processing For Battery Recycling ➡️ Innovations And Challenges In Designing EV Battery Packs For Efficient Recycling ➡️ Revolutionizing EV Battery Recycling: The Power Of OEM Collaborations ➡️ Industrial-Scale Battery Recycling Enabled By Laser Technology ➡️ Key Challenges And Future Opportunities For Using Pyrometallurgy In (EV) Battery Recycling ➡️ Overcoming Challenges In Hydrometallurgical Recycling Of Battery Materials ➡️ Optimizing Battery Disassembly For Recycling ➡️ Addressing Waste Management Challenges In Electric Vehicle Battery Recycling ➡️ Policy, Regulatory, And Permitting Challenges ➡️ Maximizing Cost Efficiency And Profit Margins In EV Battery Recycling 2024 Sponsors & Exhibitors: Circunomics, AVERE - The European Association for Electromobility, GWCN — Global Waste Cleaning Network, AEDIVE (ASOCIACIÓN EMPRESARIAL PARA EL DESARROLLO E IMPULSO DE LA MOVILIDAD ELÉCTRICA), Mercedes-Benz AG, Daimler Truck AG, Renault Group, FEV Group, Fortum Battery Recycling, CellCircle, McKinsey & Company, tozero, adelphi, Circu Li-ion

🚗 AUTOMOTIVE SMART MANUFACTURING 4.0 USA | 2024, DETROIT 🌐 https://lnkd.in/e_VG7gtd 🗓 28-August, Detroit, MI - The Godfrey Hotel & Conference Center 🎟 https://lnkd.in/eukqrV3X 🔧 North America’s Premier Technical Gathering of Automotive Smart Manufacturing Leaders, Innovators, and Engineers Take part in this industry-leading event where SMART & 4.0 leaders representing global OEMs, Tier 1’s, and key solution providers will explore future factory trends, innovations, and disruptive technologies shaping the future of vehicle manufacturing. 🌟 Digitalizing the End-to-End Automotive Value Chain Accelerate your operations optimization by navigating the digital transformation in the automotive manufacturing industry. 📋 Agenda Highlights: A meticulously researched and curated technical content-led agenda in partnership with OEMs to address the critical challenges and key investment areas of today. 💡 Why Attend? > Engage with leading experts in smart manufacturing. > Experience inspiring keynote presentations from renowned industry names. > Gain insights into the latest challenges, real-world business cases, and opportunities for integrating smart technologies into your operations. Don’t miss your chance to be a part of this transformative event. Let's drive the future of vehicle manufacturing together! #SmartManufacturing #Industry4 #Automotive #Manufacturing #DigitalTransformation #Innovation #Detroit2024

🎆🇺🇸 Happy 4th of July from WeAutomotive Group! 🇺🇸🎆 This Independence Day, let’s soar to new heights with the future of air mobility! Join us at The EVTOL Show USA USA 2024 – the USA's premier gathering for #eVTOL industry leaders, innovators, and engineers 🌐 https://lnkd.in/ehpUgiNj 🗓 7 NOVEMBER 📍 PALO ALTO, CA. 🎟 https://lnkd.in/eNTTPgDs 🚁 What’s in Store? 🚁 #UnmatchedNetworking: Connect with top eVTOL designers, engineers, and senior executives. In-Depth #Presentations: Learn from case studies, panel discussions, and keynotes addressing the latest in #eVTOL technology and commercialization. #Innovation Showcase: Discover cutting-edge advancements in battery technology, propulsion systems, and more. As a flagship event in our advanced air mobility portfolio, this summit is the ultimate hub for collaboration and innovation in the #eVTOL community. With over 400 attendees and 60 exhibitors from around the globe, it’s the largest gathering of eVTOL professionals to date. 🌟 Highlights Include: 🌟 #ThoughtLeadership: Join 40+ expert speakers sharing groundbreaking insights. #InteractivetechnologyShowcase: Engage with the latest tech and solutions driving the eVTOL revolution. #ExclusiveNetworkingOpportunities: Build lasting connections with key decision-makers and industry leaders. This year’s agenda, crafted with input from leading #eVTOL manufacturers and suppliers, covers everything from certification pathways to infrastructure development, ensuring you’re equipped with the knowledge and connections to thrive in this rapidly evolving field. 🚀 Get Ready to Fly! 🚀 JOIN US and explore the future of #eVTOL manufacturing. Gain a competitive edge with the tools, technologies, and insights needed to accelerate commercial roll-out and navigate the challenges of scaling up production. Sponsor or Exhibit at the The EVTOL Show USA 2024 and position your company at the forefront of the aerospace industry. Showcase your innovative solutions and connect with top-tier professionals to drive your business forward. 🎇 Celebrate Innovation and Independence! 🎇 Embrace the spirit of independence by pioneering the future of air mobility with us. Let’s make this 4th of July unforgettable as we celebrate the freedom to innovate and transform the skies. 🇺🇸 Happy 4th of July! 🇺🇸 #4thofJuly #eVTOLShowUSA #AerospaceInnovation #FutureOfMobility #WeAutomotive #CelebrateIndependence #JoinUs Ready to join the revolution? Visit [evtolshowusa.com] for more information and to register today!