Situationally aware innovative battery management system for next generation vehicles

Developing a cutting-edge dynamically responsive battery management system, leading to maximized battery performance without loss in lifetime.

InnoBMS Project

InnoBMS is a 3,5-year project, aiming to develop a dynamically responsive battery management system, resulting in maximum battery performance without a negative result in battery lifetime.

Conventional BMSs rely on static algorithms and fixed parameters established at the outset of battery life. This conventional paradigm limits adaptability to evolving conditions, leading to imprecise state-of-charge (SoC) estimations and diminished battery longevity.

InnoBMS integrates dynamic situational awareness in the BMS, empowering batteries to operate optimally across diverse scenarios. Continuously analyzing real-time data, our BMS dynamically adjusts charging and discharging strategies, ensuring accurate SoC estimations and maximizing battery efficiency.

Key Advantages:

Adaptive Responsiveness: Real-time adjustments optimize energy utilization, prolonging battery lifespan and enhancing operational performance.
Precise SoC Estimation: Accurate calculations improve range predictions and eliminate uncertainty.
Efficient Resource Allocation: Tailored energy utilization minimizes wastage based on environmental variables and usage patterns.
Enhanced Safety and Reliability: Proactive identification and mitigation of safety hazards ensure system integrity and user trust.

Objectives

Concept

Approach

Structure

Results

Facts and Figures

InnoBMS in figures

80% progress

of the total project.
InnoBMS started at 1 January 2024 and will run for 42 months.

4,013,441.88€

funding from the European Union in Horizon Europe program.

12 partners

from 11 different countries.

Registration for the InnoBMS Workshop 2026

The InnoBMS Project is delighted to announce the online workshop “How to Bridge the Gap from BMS Research to BMS Industrialisation: Europe’s Readiness for Next-Generation EV BMS”, taking place on 27 November 2026, from 13:00 to 15:30 CET.

Don’t miss this opportunity to hear six leading EU-funded research projects—InnoBMS, NEXTBMS, NEMO, BATSS, DigiBATT and iBattMan—alongside BEPA and 2Zero and Faraday Institute and explore three essential steps for advancing next-generation Battery Management Systems (BMS) from TRL 4 towards industrialisation.

What to expect

The European Commission’s roadmap and requirements for next-generation BMS, including expectations for EU-funded projects from 2Zero and BEPA
Session 1: Data, Models and Semantics Foundations, with @NEMO, @NEXTBMS and @DigiBATT
Session 2: Next-Generation BMS Concepts and Technologies, with @BATSS and @InnoBMS
Session 3: Seamless BMS Connectivity and Validation, with @iBattMan @InnoBMS
The Faraday Institution’s perspective on current research priorities, future directions and what research projects need to accelerate industrial uptake

After registration, you will receive a confirmation email. Detailed information regarding the agenda and a Teams invitation for the online workshop will be shared no later than two weeks prior to the event.

For any inquiries, please contact Arjo Roersch van der Hoogte at a.rvdh@uniresearch.com.