Both EVERLASTING and ALBATROSS explicitly target state-of-health and state-of-safety monitoring as core technical objectives, reflecting AlgoLion's proprietary estimation algorithms.
ALGOLION LTD
Israeli SME delivering battery state-estimation algorithms for EV safety, fast charging, and second-life applications in EU research consortia.
Their core work
AlgoLion is an Israeli deep-tech SME specializing in battery intelligence software — specifically algorithms that monitor, predict, and optimize the behavior of lithium-ion battery packs in real time. Their core capability lies in estimating battery state of health and state of safety under dynamic operating conditions, enabling safer fast charging and extended usable lifetime. In EU projects, they contribute proprietary battery management system (BMS) algorithms and analytics rather than hardware manufacturing. Their work bridges academic battery research and commercial EV deployment by translating electrochemical models into actionable onboard software.
What they specialise in
EVERLASTING focused on BMS-driven range and lifetime improvement, while ALBATROSS extends BMS logic to fast-charging optimization and second-life readiness.
ALBATROSS (2021-2025) introduced fast charging and temperature control as explicit focus areas, signaling a strategic expansion beyond baseline BMS.
ALBATROSS targets second-life applications and recycling, suggesting AlgoLion is developing end-of-life diagnostic capabilities using their state estimation tools.
How they've shifted over time
In their first H2020 project (EVERLASTING, 2016–2021), AlgoLion focused on the foundational challenge of extending EV battery range and lifetime through intelligent management — essentially making existing batteries work better and longer. By 2021, with ALBATROSS, their scope broadened significantly to include fast-charging safety, lightweight pack design, and what happens to a battery after its primary vehicle life ends. The clear trend is a move from optimizing battery performance during use toward managing the full battery lifecycle, including end-of-life value recovery.
AlgoLion is expanding from real-time BMS algorithms into full battery lifecycle intelligence — a direction that aligns with growing EU regulatory pressure around battery passports and circular economy mandates, making them a relevant partner for projects addressing battery reuse or end-of-life certification.
How they like to work
AlgoLion has participated exclusively as a consortium partner, never as coordinator, across both of their H2020 projects. Despite having only two projects, they have engaged with 33 unique partners, indicating participation in large, multi-stakeholder consortia rather than small bilateral collaborations. This pattern suggests they enter projects as a specialized software contributor — providing a distinct algorithmic capability that larger consortia need but do not develop internally.
AlgoLion has built connections with 33 partners across 12 countries through just two projects, reflecting the large consortium structure typical of EU transport RIA and IA grants. As an Israeli SME, their EU network is notably broad relative to their project count, spanning multiple European countries and likely including automotive OEMs, battery manufacturers, and research institutes.
What sets them apart
AlgoLion occupies a rare position as a non-EU (Israeli) deep-tech SME with validated EU project experience in battery intelligence software — a segment where most players are either large automotive suppliers or academic labs. Their focus on state estimation algorithms rather than hardware gives them vendor-neutral applicability across battery chemistries and EV platforms, which is attractive to consortia that need cross-system compatibility. For partners building projects around battery safety regulation, circular economy, or grid storage, AlgoLion offers commercial-grade software expertise that academic partners typically cannot provide.
Highlights from their portfolio
- EVERLASTINGAlgoLion's largest EU grant (EUR 768,648) and their entry into H2020, focused on the core BMS challenge of maximizing EV battery range, lifetime, and safety — a foundational project that established their EU research credentials.
- ALBATROSSRepresents AlgoLion's strategic pivot toward the full battery lifecycle — fast charging, lightweighting, second-life, and recycling — signaling their evolution from a point-solution BMS provider to a broader battery intelligence platform.