NOVONIX’s Post

BEPA - Batteries European Partnership Association Thank you for supporting and promoting this high challenging project! 👏 The battery industry is definitely going through a digital makeover! Our team is thrilled to participate in #THOR_EU project alongside great partners from across the European Union. 💡So, what exactly is THOR all about? The THOR project is dedicated to integrating #digitaltwin technology into the #batteries design phase. This integration will significantly reduce the need for physical prototypes, which consume substantial resources and time during battery development. It also, contributes to the sustainability of the industry, aligning with the need for a more sustainable #energy future. Currently, our company is in the process of developing inhouse #ROMs within the domain of Digital Twins. This initiative aims to reduce the physical model's dimensions and accelerate the development process. Additionally, to ensure a user-friendly experience, our team is crafting the graphical user interface (GUI) for the final software. Our main objective is to create software that is accessible to non-experts in computational #simulations and fosters seamless communication between departments. #digitaltwins #engineering #europeanproject #batteryinnovation

Texas Monthly just featured NanoTech Materials and our revolutionary Cool Roof Coat in an article this week. Check it out to learn more about how our innovative technology is making waves by enhancing energy efficiency and sustainability in roofing: https://hubs.ly/Q02Mc6Zl0 #NanoTechMaterials #NTM #CoolRoof #Innovation #TexasMonthly

⚡ Introducing THOR EU PROJECT ⚡ 🔬 The project aims to shorten the time frame of often expensive and time-consuming protocols and testing in #battery manufacturing, by designing a virtual tool, a digital twin. 🔋 With applications in both #mobility and #energystorage, this ambitious project will facilitate faster and more cost-effective battery development, lessen the need for physical prototypes and reduce #waste, but also enable better maintenance programs based on performance and safety predictions. Find out more ➡ https://lnkd.in/dvum_g9G #batterytesting #batteryinnovation #digitalization

The demand for affordable, efficient batteries is surging due to the rise of hybrid and electric vehicles and the push for clean energy to fight climate change. But processing battery materials efficiently remains a challenge. Star Burst -SUGINO's wet jet milling device can be used for: ✔️ Active Materials Dispersion ✔️ Silicon Dispersion ✔️ Carbon/Binder Homogenization ✔️ Carbon Materials Exfoliation ✔️ Good Stability of Dispersion Stop by booth F44, at the Batteries Event 2024 and how Star Burst efficiently process battery materials✨ #batteries #energystorage #energy #energytransition #lithiumbattery #lithium #electromobility #greenenergy #electricbatteries #materials #sustainability #sutainablesolutions #sustainable #europe #automotive #electicvehicules #technology #ev #nca #cnt #graphen #silcon #lithiummetaloxide

Lets meet at #batteryshowusa ! Robin Willats IEBS specializes in Technology and Business research in entire lifecycle of #battery technology, from raw materials and production processes to #recycling and end-of-life management. Key Areas of Focus: --Materials and Chemistry: Understanding the impact of lithium, cobalt, and new alternatives like sodium-ion and solid-state technologies. --Manufacturing: Innovating production processes for efficiency and sustainability, minimizing waste and energy use. --Recycling and Second Life: Developing effective recycling technologies and exploring ways to repurpose used batteries for extended life. --Market Dynamics: Navigating the complexities of supply chains and investment trends driving the battery industry forward. --Collaborative Efforts: Fostering partnerships between manufacturers, researchers, and policymakers to tackle challenges collectively. Tesla- Vertical Integration: Tesla has invested heavily in vertically integrating its battery supply chain. Through its Gigafactories, Tesla produces battery cells and packs, reducing dependency on third-party suppliers. Battery Innovation: The company continually works on improving battery technology, such as the 4680 battery cell, which aims to reduce costs and increase energy density. Ford Motor Company Collaboration and Partnerships: Ford has partnered with companies like SK On to establish joint ventures for battery production, ensuring a stable supply of batteries for its EVs. Battery Development: Ford is investing in solid-state battery technology, which promises higher efficiency and safety. General Motors (GM) Ultium Platform: GM's Ultium battery platform allows for flexibility in battery configurations across various models, enhancing scalability and efficiency. Partnerships: GM collaborates with LG Chem for battery cell production, ensuring a robust supply chain while also investing in battery recycling technologies. Volkswagen Group Accelerated EV Strategy: Volkswagen aims to produce millions of EVs by 2030, underpinned by a strong battery strategy that includes investing in battery production facilities in Europe and North America. Joint Ventures: The company has formed partnerships with battery manufacturers like Northvolt to secure a reliable supply of high-performance batteries. Hyundai Motor Company (현대자동차) Dedicated EV Platforms: Hyundai’s E-GMP platform allows for optimized battery integration and performance, leading to improved driving range and efficiency. Research and Development: Hyundai invests in next-gen battery technologies, including solid-state batteries and hydrogen fuel cells, as part of its broader electrification strategy. BMW Group Modular Battery Design: BMW is developing modular battery systems that can be adapted across various models, optimizing production and reducing costs. Sustainable Materials: The company is exploring the use of recycled materials in battery production, https://lnkd.in/gTci-DCv

We have some new reading material for you: Our latest #blog post has just gone online. Learn why conveyor technology is an indispensable component for the efficient production and successful use of fuel cell systems. https://ow.ly/sRVU50RxjsI ‎ #montech #blog

⚡️ Fuel Cells: Faster, Cheaper, Greener ⚡️ At the Fraunhofer ILT, we’re tackling one of the big challenges in the #hydrogen space: making fuel cells more affordable and efficient. 🚀 How? By harnessing the power of #lasertechnology to streamline production processes. Here’s how we’re making it happen: 🔹 Speedy Electrode Drying: Traditionally, drying electrode layers for #fuelcells can take minutes and use massive amounts of energy. Our laser-assisted drying process cuts that down to mere seconds, saving time, #energy, and space in production. 🔹 Durable Bipolar Plates: Fuel cells need protection from harsh conditions, but conventional coating methods are slow and expensive. We’ve developed a laser-based method that protects bipolar plates without the need for energy-hungry vacuum processes, cutting costs and boosting #efficiency. 🔹 Double-Beam Welding: #Welding fuel cell components just got a whole lot faster. Our double-beam process reduces production time by almost 50%, all while maintaining top-notch quality. By making these production steps faster, more cost-effective, and energy-efficient, we’re helping pave the way for hydrogen technology to take off – and get us closer to a more sustainable future. 🌍 Read more in our latest press release: https://lnkd.in/eBfNYkxX #Innovation #LaserTech #Sustainability #FutureTech #Fraunhofer #OneTeam #FraunhoferCareer

aLL-i 2024 sustainable power solutions introduces QSBioBattery, a novel, high-density sustainable bio-battery technology. https://lnkd.in/eDaabq5U This groundbreaking approach to innovative bio-battery design harnesses quantum-optimized technology and digital twin integration to create sustainable and efficient power solutions for advanced all-electric propulsion systems. QSBio leverages autonomous design intelligence and cutting-edge algorithms to ensure optimal performance, compatibility, and minimal environmental impact throughout the battery's lifecycle. Additionally, the integration of PMsys power management systems guarantees ongoing performance monitoring for reliable energy solutions. QSBio is validated at TRL-4 and aims for integration into aerospace ventures, providing sustainable, enduring energy within hybrid power systems for advanced all-electric propulsion #qsbio, #alli2024, #quantumenhanceddeeplearning, #digitaltwin, #engineeringmetaverse, #biobattery, #sustainableenergy, #sustainablepropulsion, #sustainableaerospace, #cloudcomputing, #quantumoptimization

⚡ Unlock the Power of EnPower Design Suite: The energy storage revolution demands better, faster, and safer battery technologies. But innovation is often held back by endless testing cycles and high R&D costs. Our comprehensive EnPower suite accelerates battery development through 🔬 Cell Design Studio: Simulate and optimize new designs before testing 🔄 Cell Digital Twin: Refine models with real-world lab data insights 🧠 Battery Digital Twin: Bridge the gap from cell to pack with ML-powered intelligence Transform your development process by making informed decisions faster and with greater precision. From breakthrough chemistries to solid-state technologies, we're empowering manufacturers to push the boundaries of what's possible. The future of battery design is in your hands ⚡ #BatteryInnovation #AITechnology #DigitalTwin #BatteryTech #EnergyStorage #Innovation

✨Would you like to de-risk your manufacturing processes while having confidence in your ingredients and products? 👨🏫 Choose Aeris – the world’s leading compact X-ray diffractometer! Aeris is BIG on performance and throughput but small in size! Want to know more? 👉https://lnkd.in/gDQz-aqv #xray #xraydiffraction