Electric vehicle battery technology is evolving rapidly, with companies seeking to improve efficiency, cost, and longevity. Munich-based Pulsetrain, formerly known as BAVERTIS, has raised €6.1 million in seed funding to further develop its integrated battery system. By incorporating AI-driven energy management, the company aims to optimize battery lifespan and efficiency. This investment will help Pulsetrain scale its technology for broader industrial adoption while addressing key challenges in electric mobility.
Pulsetrain previously operated under the name BAVERTIS, focusing on advanced battery management solutions. While past reports highlighted its early-stage innovations, the recent financing round reflects increased investor confidence in its approach. Compared to earlier mentions of its work, the company’s shift toward AI-powered battery architecture and market expansion plans signal a more structured strategy. The emphasis on reducing component complexity and improving powertrain efficiency sets it apart from traditional EV battery solutions.
How Pulsetrain Enhances EV Battery Efficiency
Pulsetrain integrates the Battery Management System (BMS), inverter, and charging electronics into an “In-Battery” solution. This consolidated approach eliminates the need for multiple external components while improving energy conversion efficiency. The system relies on AI-driven real-time data analysis to optimize energy use, fleet management, and charging control.
The company’s multilevel inverter technology enhances energy utilization by combining hardware and software integration. AI algorithms manage the powertrain within the battery itself, streamlining vehicle design and reducing material requirements. Pulsetrain states that its technology can extend an EV battery’s lifespan by up to 80%, increasing durability from 10 to 18 years and minimizing thermal risks.
Market Expansion and Future Developments
Pulsetrain initially targets the electrification of two-wheelers and commercial vehicles before expanding to automotive, aviation, agriculture, and shipping. The company aims to address the growing demand for more efficient and cost-effective electric powertrains by working with industry partners to develop a test vehicle and production-ready implementation.
“Pulsetrain solves one of the biggest barriers to full-scale EV adoption today: performance. The team’s technology dramatically enhances battery efficiency, making EVs better, cheaper, and truly competitive,” said Nick de la Forge, General Partner at Planet A.
“Only with Pulsetrain’s completely new approach to battery systems can manufacturers produce better and more cost-effective electric vehicles,” stated Patrick Tucci, Principal at Vsquared Ventures.
Pulsetrain’s team consists of over 40 specialists, leveraging its expertise in battery technology, electrical engineering, and software development. Co-founder Thomas Plaschko emphasized the importance of integrating these disciplines, noting that their software-driven approach reduces weight and cost while increasing battery lifespan.
While Pulsetrain’s technology aims to improve EV efficiency, its real impact will depend on large-scale industrial adoption. The company’s approach to combining battery management, charging electronics, and AI into a single system could appeal to manufacturers looking to streamline production and enhance performance. However, widespread implementation will require overcoming existing industry standards and supply chain dependencies. As competition in the EV market intensifies, Pulsetrain’s ability to differentiate itself and secure partnerships will determine its long-term success.
