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A modular solution for the fires existing systems can't reach

From ESS battery cells to EV charging infrastructure, defence systems to consumer electrical products — AEGIS is already deployed where cell-level and enclosure-level fires happen fastest.

Flagship Partnership

Samsung SDI — joint ESS firefighting development since 2019

AEGIS has co-developed and supplied firefighting solutions for Samsung SDI's Energy Storage Systems since 2019, optimised specifically for cell-unit fires — the failure mode existing fire extinguishing systems cannot reach once thermal runaway begins inside a sealed module.

In controlled testing at Samsung SDI's Ulsan factory, modules equipped with AEGIS's special fire suppression system contained cell-level ignition: impacted-cell temperature rose then cooled rapidly, with unimpacted cells in the same module staying near ambient. A module without the suppression system, tested under the same impact, saw fire and smoke spread across the entire module within minutes.

Discuss an ESS Deployment
AEGIS fire extinguishing sheet applied to battery module structure, precisely placed at the cell vent hole
Ongoing Deployment

Beyond ESS: five sectors already in field

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ESS

Joint development and supply of firefighting solutions for battery cell modules since 2019 — sheet, wire, panel and film formats matched to module geometry.

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EV Infrastructure

EV charger and safety equipment integration, protecting charging points against thermal runaway ignition during charge cycles.

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Robotics

Logistics robot safety equipment — protecting onboard battery packs and control electronics in continuously operating fleets.

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Defence

ESS systems for defence-use applications, where unattended, always-ready suppression matters most.

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B2C

Expansion into consumer products — starting with multi-plugs and extension sockets carrying AEGIS PAD protection at the outlet itself.

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Industrial & Built Environment

Panel rooms, switchgear and server rooms across industrial facilities, commercial buildings and communications infrastructure.

Applied Elsewhere

Cell-unit protection, engineered into the module itself

AEGIS sheets are placed with precision at the cell vent hole — the exact point where thermal runaway first vents — with a double-sheet structure enabling step-by-step, continuous fire response rather than a single-use burst.

Non-compressed, non-pipe

Applicable to various spaces without design restrictions.

Precise placement

Immediate spraying of agent right at the cell vent hole.

Step-by-step release

Double sheet structure capable of continuous fire response.

Blocking heat transfer

Thermal runaway suppression effect between adjacent cells.

See how these principles apply to real Southeast Asian fire incidents

We break down five recent SEA fire case studies and where an active suppression layer would have changed the outcome.

Read the Case Study Articles