01 / STRUCTURE
Integrated Systems Spar
Exploring structural integration, cell support, sensing and the management of dimensional change within a coordinated assembly.
Integrated energy systems
Rethinking
the battery as
a system.
E48 explores the integration of cell architecture, structural systems, thermal management and mechanical control to inform new approaches to battery design.
Cell / structure / interface
E48 / Research
Cell architecture
Thermal systems
Structural integration
Mechanical control
The approach
Look beyond the cell.
Battery performance and safety are influenced by more than electrochemistry alone. Packaging, interfaces, heat transfer, mechanical loads and failure pathways all matter. E48 investigates how these elements might be considered together from the outset.
02 / THERMAL
Thermal management
Investigating heat transfer, coolant pathways and the challenges of limiting thermal propagation between cells.
03 / CONTROL
Mechanical boundary management
Examining how cell expansion, contraction and changing mechanical conditions could be measured and managed within defined limits.
Design philosophy
Integration before complication.
The objective is to understand how individual design decisions interact, identify where integration may provide value, and test those assumptions systematically.
Understand the interfaces
Examine the mechanical, thermal and electrical
relationships between components.
Make the system observable
Explore sensing approaches that reveal relevant
changes in operating conditions.
Validate the engineering
Use modelling, experiments and measured evidence
to evaluate proposed design benefits.
E48 / Engineering development
Ideas are a starting point.
Evidence moves them forward.
E48 is developing an integrated perspective on battery architecture and supporting systems. Its concepts remain subject to engineering assessment and validation.
Explore the approach ↗