Batemo GmbH

We have an exciting announcement and a major milestone to celebrate for Batemo! With a digital library containing more than 180 cell types based on lithium chemistry, we are eager to share the integration of the first sodium-ion battery, NaCr26700-MP3.0(A) from HiNa Battery, into the Batemo Cell Explorer! https://lnkd.in/enCrGJNv 🔋 We measured an energy density of 217 Wh/l, and a power density of 1.39 kW/l for this cell amongst additional specifications which you can find on HiNa Battery NaCR26700 MP3.0(A) Batemo Cell Model: https://lnkd.in/eY5zZrMH ⚡ At low temperatures, metallic lithium deposition occurs on the anode surface at high currents; a result of the anode surface potential dropping below the lithium intercalation potential. This lithium plating is one of the main limitations for fast charging, which is avoided altogether with sodium-ion technology. 💪 The NaCr chemistry of this cell makes it inherently more thermally stable than lithium-ion chemistries, further demonstrated by our wider test matrix (which you can find on our website) where constant current voltage and pulse measurements were carried out in chambers ranging from +40 °C to -40 °C at various C-rates. 🌱 Sodium is a widely abundant raw material, that’s easier to extract in comparison to lithium, and widely recycled. It’s a cost effective and safer alternative to lithium. If you’re interested in the cell model or the measurement data of the HiNa Battery NaCr26700-MP3.0(A), then get in touch with us! At Batemo, our vision is ‘Understanding Batteries’ of all chemistries and form factors. So, if there’s a Na-ion cell you want to see in our library, then let us know in the comments down below.

We are always happy to see the Batemo Cell Explorer in action, demonstrating and benchmarking cell performance. Testing the latest cells and discovering new record holders in the cell market is always a pleasure. Already curious to see new innovation! 🚀

❗ Exciting Announcement ❗ We’re starting the day with a new addition to the Batemo Cell Model Library. The prismatic Blade C102F cell from BYD, as the name suggests, has a unique “blade-like” design that allows for efficient heat dissipation during charging and maximized space utilization on pack level. 🦺 As reported by BYD (https://lnkd.in/eB6a_C35), this cell excels in its safety. The blade design combined with the LFP cathode has reportedly shown to have impressive thermal stability, withstanding thermal runaway even after undergoing extreme tests such as the nail penetration test. On single cell level, we found an energy density of 381 Wh/l and a power density of 1.29 kW/l. You can check out these specs and many more at Batemo Cell Explorer https://lnkd.in/enCrGJNv! ⚽ Since BYD Europe is an official partner of the Euros 2024, which is taking place right here in Germany, is there a better time to announce this integration? If you are interested in a high-precision simulation model, electrochemical performance data or a teardown report of this cell, don’t forget to reach out to us! 🔋 So many cells on the horizon, but which cell do you want to see next? Leave a comment down below. #Batemo #UnderstandingBatteries #Blade #batterycell #batterydevelopment

🚀 We are excited to announce that V4Drive, which is based in Germany only 130 km from our facilities, redefines the performance limits of both 21700 and 18650 spaces! 🔋 The V4Drive V18650HP-30(A) surpasses all existing 18650s in the Batemo Cell Explorer with an impressive power density of 2.44 kW/kg, and the 🔋 V4Drive V21700UHP-26 sets a new benchmark for cylindrical cells with an incredible power density of 3 kW/kg. 👏 Nice job, VARTA AG! We are already curious about the new applications getting enabled and excited to see where the journey of future cell technology will take us. Stay updated: https://lnkd.in/enCrGJNv #Varta #V4Drive #Batemo #UnderstandingBatteries #Batterydevelopment

🔋💥 New Energy Record Holder in the Batemo Cell Explorer! 💥🔋 We're thrilled to share that our latest measurements of the Farasis P79B3 reveal an impressive energy density of 323 Wh/kg. 📈 This irrefutable demonstrates the advancing innovation in cell development, paving the way for enhanced performance and efficiency across various applications. 👀 Want to dive deeper into the data behind the Farasis P79B3? Click the link below to explore more modelling and measurement insights. Plus, don't forget to follow us for exclusive updates on the latest developments in battery technology! Batemo Cell Explorer: https://lnkd.in/enCrGJNv Farasis P79B3: https://lnkd.in/evAY7tAj #Battery #UnderstandingBatteries #FarasisEnergy #BatteryDevelopment #BatemoCellLibrary

It's that time again, the #AABC takes place next week in Strasbourg, France. Our CTO Dr. Michael Schönleber will give a talk on "Battery Cell Design Revealed – Why Batteries are built the way they are" on May 14 at 3:50 p.m. He is looking forward to meeting you!   #AABC #AABCeurope #celldesign #batemo #understandingbatteries #battery #development

This week’s introduction to the Batemo Cell Model Library certainly does not shy away from a performance comparison: We are thrilled to announce the addition of the high-power #AMPACE 21700A cylindrical cell. Check out the Batemo Cell Explorer on our website or take a look below: With an impressive gravimetric power density of 2.36 kW/kg and an energy density of 227 Wh/kg, the AMPACE cell provides interesting KPIs for high-performance applications. In our technology front of 21700 cells, it places between the Molicel P45B and VARTA V4Drive. As always, stay tuned for exciting additions with hot candidate cells, as we are committed to keep our library as comprehensive as it gets! Stay charged, stay ahead! #batemo #understandingbatteries #battery #models #cylindrical #lithiumion #power

New job opportunity at Batemo! Our Batemo Team is looking for new team member 🚀 Are you looking for a new job challenge or the perfect start to your career? Do you know somebody thats the perfect fit? We are looking forward your application! Have a look at all our open vacancies here: https://lnkd.in/eq7KCh3M

Have you ever struggled to identify the optimal battery cell for your system? If yes, some of the following questions might sound familiar to you: - How does the cell performance specified in the data sheet translate to the actual pack performance in my system? - How does a tabless or multi-tab design influence the dynamic system performance? - Which cell type is ideal to cut down charging times of my pack? - Can I switch to an advanced LFP cell technology without over-compromising the energy density targets of my pack? Benchmarking battery cells under realistic conditions is a major challenge. However, as shown in the figure below, if you have access to an entire library of physical, parametrized and validated models, you can identify the best cell within minutes for your application and for your KPIs considering the whole battery market. And this is exactly what the Batemo Cell Explorer can do for you. Let’s unravel the complexities together. Want to learn more? Take a look here: https://lnkd.in/eGFnjhNn #Batemo #UnderstandingBatteries #CellBenchmarking #BatemoCellExplorer #Batteries