PULSETRAIN

PULSETRAIN

Eingebettete Software

Munich, BAYERN 3.908 Follower:innen

Formerly known as BAVERTIS

Info

At PULSETRAIN (formerly Bavertis), we're redefining electric mobility. Our technology extends EV battery life by up to 80%, enhancing efficiency, safety and sustainability. Using AI and real-time data, we enable battery reuse through seamless and simple software updates, paving the way for a circular future. Safety is our priority - our system minimises the risk of thermal events while accelerating charging times. Join us as we scale sustainable energy solutions that move our world forward. Follow for updates!

Branche
Eingebettete Software
Größe
11–50 Beschäftigte
Hauptsitz
Munich, BAYERN
Art
Kapitalgesellschaft (AG, GmbH, UG etc.)
Gegründet
2022
Spezialgebiete
Power electronics, AI, Mobility, Embedded Software, DeepTech und Semiconductors

Orte

Beschäftigte von PULSETRAIN

Updates

  • Unternehmensseite von PULSETRAIN anzeigen, Grafik

    3.908 Follower:innen

    🚀 BAVERTIS is now PULSETRAIN 🚀   We are thrilled to announce that as of today, Bavertis is now PULSETRAIN!   Our name may have changed, but our mission remains clear - Pioneering revolutionary inverter and BMS technology to address today's EV challenges.   Why PULSETRAIN?   〰️ "Pulse" reflects our core technology of optimising battery cells through targeted pulse loading to improve performance and extend life.   🚆 "Train" symbolises our ability to provide a complete powertrain for electric drives, from charging systems to battery management and inverters.   💚 Thank you for being part of this journey with us and we look forward to achieving even greater success together under our new name, PULSETRAIN!

  • Unternehmensseite von PULSETRAIN anzeigen, Grafik

    3.908 Follower:innen

    Exciting news: Our Co-Founder and Archengineer, Dr. Manuel Kuder, will be speaking at the Battery & Power World Conference! In his talk, he will share ground-breaking insights on:    🔋 Multi-level technologies, that are at the forefront of breakthroughs in automotive applications.  ⚡️ How eliminating formation and ageing in cell manufacturing can reduce costs and resource use.  ♻️ Why second-life cells are easier to reuse and how they can support the energy transition.  🌍 The introduction of variable DC sources and how they differ from multi-level systems.  Will you be there? Let us know! We’d love to meet and chat about what’s next for battery technology and sustainability! #Batteryworld2025 #AI #EnergyTransition #Sustainability #Pulsetrain 

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  • Unternehmensseite von PULSETRAIN anzeigen, Grafik

    3.908 Follower:innen

    What’s behind the race for the best battery technology?  🏎️ 💨  The development of EV batteries has become a global race, as they are seen as the key factor in the success of electric mobility. Around the world, thousands of research projects are underway at universities, institutes, and within the industry—all aiming to make batteries more efficient, safer, and more affordable.  In this new series, we will introduce you to some battery technologies that are nearing mass production, considered game changers, or provide insights into the future of EV batteries. Delving into the key factors that will determine the race for the best battery technology: ⚡ Energy Density – The more energy a battery can store per liter, the greater the vehicle's range. New cell chemistries and solid-state batteries promise exciting advancements in this area. 💰 Cost – Batteries remain the most expensive component of an EV. Economies of scale, innovative production methods, and alternative materials aim to make them more affordable. 🛡️ Safety & Lifespan – High temperatures, charge cycles, and mechanical stress pose challenges. Intelligent cooling systems and new electrolytes could lead to longer-lasting and safer batteries. 🌍 Sustainability & Raw Material Availability – The reliance on critical materials such as lithium, cobalt, and nickel calls for advanced recycling strategies and alternative battery technologies. ⚡ Charging Speed – Faster charging times are crucial for widespread EV adoption. Advances in electrode materials and high-voltage systems are making ultra-fast charging increasingly viable. 🔍 What do you believe is the critical factor in the evolution of EV batteries? Or do you see other potential game changers for the future of EV batteries? Let’s discuss! ⬇️ #eMobility #BatteryTechnology #Pulsetrain  

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  • Unternehmensseite von PULSETRAIN anzeigen, Grafik

    3.908 Follower:innen

    What does the BMS mean for the future of e-mobility? 🤔 The BMS is set to evolve dramatically as EVs become more integrated into our energy and mobility systems. Imagine a future where AI-powered BMS systems enable: 🔋 Battery Swapping Networks: Seamlessly switching out batteries while optimizing their usage across fleets.  🩺 AI Diagnostics: Predicting and preventing failures with unparalleled accuracy.  ☀️ Seamless Grid Integration: Fully synchronized EV fleets acting as virtual power plants, stabilizing renewable energy grids. As EVs become a cornerstone of the energy transition, the BMS will remain the central nervous system, ensuring safety, efficiency, and adaptability. Its continued innovation will be critical for a successful shift to sustainable, intelligent mobility. The future of mobility isn’t just electric—it’s powered by smart batteries and smarter systems. #eMobilty #BatteryTechnology #Pulsetrain 

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  • Unternehmensseite von PULSETRAIN anzeigen, Grafik

    3.908 Follower:innen

    How does the BMS turn a battery into a smart battery? 💡 Modern BMS systems are becoming increasingly intelligent, using advanced analytics and adaptive algorithms to fine-tune battery performance in real-time. 💾 ⏱️ For example:  When you charge your EV, the BMS analyses charging patterns, detects potential inefficiencies, and adjusts the charging process to protect the battery from overloading or overheating.  Core capabilities include: 🔭 Predictive Maintenance: Identifies potential issues, such as declining cell performance, before they affect your battery’s health. 🚀 Dynamic Optimization: Adapts charging and discharging protocols based on usage patterns and environmental conditions. 🏫 AI-Driven Insights: Continuously learns and improves, ensuring peak performance throughout the battery’s lifecycle. With its ability to analyze and adapt, the BMS ensures your battery isn’t just managed—it’s continually optimized for your driving needs. 🚗 🏎️ 🚜 #eMobilty #BatteryTechnology #Pulsetrain 

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