Leading the way in advanced battery management solutions
Scalable and modular, our BMS solutions optimize performance, efficiency, and cost with proven hardware and advanced algorithms.
UNI TECHNOLOGY
A standardized BMS architecture, offering full flexibility for any application
Customizable & Scalable Platform-Based Solution
Our BMS is highly modular, designed for easy customization and cost optimization with minimal engineering effort. Engineered for flexibility, it supports a wide range of battery applications.
Customizable & Scalable Platform-Based Solution
Our BMS is highly modular, designed for easy customization and cost optimization with minimal engineering effort. Engineered for flexibility, it supports a wide range of battery applications.
Seamless integration with RT battery packs
Our expertise in battery systems ensures turn-key solutions that integrate flawlessly with Rimac Technology packs, delivering top performance through rapid iteration and rigorous testing.
Seamless integration with RT battery packs
Our expertise in battery systems ensures turn-key solutions that integrate flawlessly with Rimac Technology packs, delivering top performance through rapid iteration and rigorous testing.
Accelerated time-to-market
With off-the-shelf solutions and seamless integration, we fast-track product launches. Our end-to-end vertical integration—from engineering to validation—optimizes costs and customizes solutions for your specific needs.
Accelerated time-to-market
With off-the-shelf solutions and seamless integration, we fast-track product launches. Our end-to-end vertical integration—from engineering to validation—optimizes costs and customizes solutions for your specific needs.
Advanced SoX algorithms
Drawing on our expertise from the Nevera, the world's fastest accelerating production car, our sophisticated algorithms optimize capacity and power delivery while preserving battery health and longevity.
Advanced SoX algorithms
Drawing on our expertise from the Nevera, the world's fastest accelerating production car, our sophisticated algorithms optimize capacity and power delivery while preserving battery health and longevity.
Rimac BMS Gen.5
Reusable architecture and technology across projects
Competitive piece price & fast time-to-market
Optimized architecture with lowest possible complexity
Platform Components
Our in-house Battery Management Controllers, Cell Module Controllers, and Shunt Sensors are key to our battery systems. Designed for versatility and reliability, they offer a single hardware solution for all projects, a customizable option with proven architecture, and a compact design for measuring current, isolation, and voltage.
Battery Management Controller
One hardware solution to support all projects.
32-bit ARM-based, up to 6x (lock-step) cores
Up to 20 MB NVM, up to 8 MB RAM
3x CAN-FD and 2x isoSPI
Hardware design
Catering to different customer requirements with in-house assembly capabilities.
Software development
Application software development and integration of 3rd party software components.
Safety and Security Standards
Functional Safety and Cybersecurity
Supporting the highest automotive safety standard (ASIL D) for functional safety, and adhering to the latest automotive cybersecurity standards across both hardware and software.
Quality Assurance
The BMS Gen.5 platform is developed in accordance with ASPICE Level 2, following a complete V-model development cycle.
Available also as an off-the-shelf solution
A ready-made system suitable for any automotive, industrial or stationary application.
