Great collaboration can still fall short if each team interprets integration differently. Our solution was not a lengthy SOP, but a concise 2–3 page Requirements Note that everyone could build against. It immediately changed the pace of our work. Why we needed a single compass With multiple ...
To ensure that results from different laboratories are directly comparable, we introduced a concise Replication Pack so partners can build the same cell archetype and run the same test protocol without lengthy SOPs. Approach The pack contains four one-page cards: Materials &am...
From single sensors to coordinated arrays HEALING BAT’s WP3 has reached the third Milestone of the project with a prototype sensor‑actuator array purpose‑built for Li–S cells. This array brings together embedded sensing and actuati...
HEALING BAT has moved from requirements to reality with a 3×3 in‑cell array that measures temperature, pressure, and gas and supports localized heating – now ready for pouch‑cell integration. What we built A two‑generation path delivered speed and reliability: first, freestanding polyimide ...
HEALING BAT has taken the first integrative step toward “sense‑and‑repair” cells by moving its 30‑micron‑thin prototype sensors from the lab onto battery pouch‑cell integration paths, linking WP3 sensor development to WP4 prototyping and advanced analytics. This milestone ma...
By systematically mapping how Li-S cells degrade – from polysulfide shuttling and cathode cracking to SEI‑driven anode pulverization – HEALING BAT created a practical design playbook that is already shaping our embedded sensors, self‑healing strategies, and pouch‑cell validation. This play...
Why is this important? With several partners exploring new Li–S materials and embedded sensors in parallel, small differences in assembly or cycling can blur the real signal. We set out to create a lightweight, shared way to build, test, and share results so evidence is directly comparable across ...
To reach high energy density, the programme pursues resource–efficient electrolyte strategies and higher target active-material loadings – the right direction, but unforgiving. Early pouches revealed the familiar pattern: wetting inconsistencies, uneven reaction...
Early on, our labs were seeing similar degradation patterns from different angles. The evidence was strong but scattered across notebooks and post mortems. We needed one shared compass to turn that learning into the few signals that would help the battery help itself. What we did We distilled core f...
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