
HEALING BAT has been highlighted in IDTechEx’s market analysis, Self-Healing Materials 2025–2035: Technologies, Applications, and Players, with a mention in Chapter 7.2 (Energy Storage) for our research toward self-healing batteries and intelligent monitoring strategies.
IDTechEx describes the report as an independent assessment of self-healing materials, covering intrinsic and extrinsic mechanisms, differences between autonomous vs externally triggered healing, and commercial readiness considerations across 20+ application areas, including energy storage.
What the report covers & why it matters
According to the report overview, self-healing approaches discussed include extrinsic strategies such as microcapsules and vascular networks, as well as intrinsic self-healing mechanisms, with analysis of the trade-offs and hurdles to commercialisation.
The table of contents also highlights emerging application spaces (including energy storage, sensors, and robotics), reflecting growing interest in materials that can reduce downtime and extend service life.
How HEALING BAT contributes to the field
HEALING BAT is developing next-generation self-healing battery concepts supported by a toolbox of self-healing materials, relevant sensors, and a bespoke Battery Management System (BMS) designed to monitor degradation events and trigger self-healing actions.
This systems approach aligns with the broader direction described in the IDTechEx report’s energy storage section, which includes a specific “HEALING BAT” entry in its contents list.

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