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SIRO: Powering Innovation and Standardisation in BIG LEAP

12May

SIRO: Powering Innovation and Standardisation in BIG LEAP

News

As part of the Horizon Europe BIG LEAP project, SIRO is playing a central role in defining and standardising the next generation of Battery Management Systems (BMS) for Second-Life Battery Energy Storage Systems (SLB ESS). Read the interview below to learn more about their contributions to the project.

 

  1. What is SIRO’s main contribution to the BIG LEAP project?
    As a battery pack supplier, SIRO is contributing aged battery modules for use in Work Package 1 (WP1), supporting the project’s testing and validation activities. In Work Package 3 (WP3), SIRO provides essential data to support the development and calibration of State-of-Health (SoX) algorithms. Additionally, SIRO leads Work Package 5 (WP5), where we are responsible for developing a standardised Battery Management System (BMS) for second-life battery energy storage systems (SLB ESS), building on the technical groundwork laid by the consortium.

 

  1. How will SIRO standardise the implementation of the multi-operational Battery Management System (BMS) across different applications in the battery value chain, and what are the key components and capabilities being focused on for this standardisation?
    Our approach is grounded in existing standardisation documents, but we aim to go further by defining the ideal architecture for BMS platforms that can support algorithm deployment both on cloud-based and edge computingsystems. This includes identifying core functional requirements and aligning them with existing regulatory frameworks and battery passport specifications to ensure technical compatibility and scalability across multiple use cases.

 

  1. What methods will SIRO use to evaluate the environmental and socio-economic viability of the multi-operational BMS, and how will these assessments influence the development of business case scenarios and economic models for scaling up the BMS in different regions?
    Within Task 5.2 of WP5, we are developing business case scenarios and economic models to evaluate the feasibility of deploying multi-operational BMS across different contexts. These scenarios take into account the ageing characteristicsof the batteries, their intended second-life applications, and the operational conditions in which they will be used. This analysis will help determine the environmental and socio-economic impact of BMS adoption and guide future scale-up strategies.

 

With a strong commitment to innovation and cross-sector collaboration, SIRO is not only contributing technical expertise but also shaping the strategic direction of BIG LEAP.

 

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