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Digital twins for
energy storage safety

Physics-informed, AI-enabled solutions to evaluate risk, explore design configurations, and advance safety from cell to battery system to deployment site.

Five battery scales: molecular cluster, cell, module, louvred rack cabinet and container system, linked by blue filaments.
  1. Material
  2. Cell
  3. Module
  4. Rack
  5. System

Safety intelligence across the battery lifecycle

From design and certification to deployment and operation, enabling safety-driven decisions at every stage.

Battery module split into its physical half and glass digital twin, violet energy flowing in and cyan streaming out.

Safety across every scale

Design for safety, predict thermal runaway risk, and prevent system-level propagation.

Energy Storage Systems

Analyze thermal runaway, gas, and fire propagation.

Cutaway battery container, modules coloured by temperature around a red core, smoke rising and pooling beneath the ceiling.

Energy Storage Sites

Evaluate site configurations, exposures, and mitigation strategies.

Battery container yard with one unit ablaze under black smoke, a heat-flux rainbow spread across the ground and containers.

Data Centers & Critical Infrastructure

Assess battery events and develop solutions for indoor facilities.

Bright data hall of white cabinets, the nearest open with battery tiers painted red to cyan, blue airflow along the aisle.

Design Safer Energy Storage Systems & Infrastructure

Schedule a technical discussion to address your safety challenges and develop tailored solutions.