One critical aspect underpinning EV performance and safety is efficient battery thermal management. Proper cooling of lithium-ion batteries ensures optimal operation, longevity, and safety while maintaining energy efficiency. Moreover, as EVs become more connected and software-driven, cybersecurity emerges as a fundamental requirement for vehicle systems, especially battery thermal management. In this context, technotrans introduces its cutting-edge BTMS zeta.trax, designed to meet evolving regulatory, cost, and sustainability demands of electric buses and off-road vehicles.
Next-Level Battery Cooling Technology
technotrans’ new BTMS zeta.trax represents a significant leap in battery cooling technology for both on-road and off-road electric vehicles. It addresses manufacturers’ key challenges: meeting regulatory prerequisites, reducing integration complexity, and supporting environmental sustainability. A standout feature is its cybersecurity-ready architecture, uniquely qualifying the system for new type approvals under upcoming legal mandates. Additionally, the BTMS supports a direct high-voltage connection (500–850 volts DC), helping manufacturers eliminate costly and space-consuming voltage converters. Its scalable cooling capacity starts at 6 kW but can adapt to higher demands, making it versatile for diverse vehicle applications.
Cost-Effective and Sustainable Design
The BTMS zeta.trax significantly lowers system complexity and installation costs for EV makers by optimizing electrical connections and simplifying integration. Technotrans also emphasizes environmental responsibility by offering an optional low global warming potential (low-GWP) refrigerant version, anticipating stricter future environmental regulations. This dual focus on cost-effectiveness and sustainability aligns with the growing demand for greener and more affordable electric buses and utility vehicles. By streamlining battery thermal management, technotrans supports broader EV adoption and improved operational efficiency.
Innovative Cooling Solutions for Charging Infrastructure
Beyond mobile vehicle solutions, technotrans demonstrates an integrated approach by offering energy-efficient cooling systems for the electronics in charging infrastructure. Their passive cooling technology eliminates the need for active compression refrigeration, reducing energy consumption and maintenance costs. This holistic strategy ensures not only vehicle batteries but also critical charging infrastructure electronics maintain optimal temperatures, enhancing reliability and lifetime. Such comprehensive cooling solutions are essential for supporting the expanding electric bus fleets and off-road EV applications worldwide.
The Future of EV Battery Management and Security
With increasing electrification of transport, regulatory authorities are prioritizing cybersecurity and stringent environmental standards for vehicle systems. technotrans’ zeta.trax BTMS anticipates these trends by embedding cyber protections and sustainable design features. This makes the system both future-proof and competitive in the evolving electric mobility landscape. For manufacturers, adopting such advanced BTMS technology means complying seamlessly with type approval requirements while benefiting from operational savings and reduced integration efforts. Overall, technotrans showcases how innovation in battery thermal management can drive safer, greener, and more efficient electric transportation.
