Backup energy
Development of stored-energy architectures to support continuity planning for critical loads.
Application / infrastructure
Modular storage for future backup and resilience.
AIM is developing storage architectures for high-capacity backup and resilience applications, including data centers and distributed digital infrastructure.
Concept rendering · Development programme
Engineering developed. Product validation ahead.Status: 7 September 2026
Application pathways.
Peak support
Exploration of storage integration around variable demand and local power constraints.
Distributed resilience
Modular configurations for digital infrastructure and remote facilities, with application-specific controls.
A system to qualify, not a ready-made UPS replacement.
AIM’s current development is not a certified uninterruptible power supply or an approved replacement for existing backup infrastructure.
Response time, power delivery, redundancy, electrical protection, runtime and qualification must be established for each application. The role of storage alongside generators and other backup assets will depend on those results.
Review the remaining validation stagesDevelop around the facility.
The engineering discussion starts with critical loads, required continuity, existing electrical infrastructure and the evidence needed for qualification.
Discuss infrastructure integrationThe digital-infrastructure setting.
A rendering of the type of facility considered in AIM’s backup development.
A modular rack architecture.
A system concept for storage, monitoring and service access.
Storage within a wider energy system.
A conceptual view of distributed energy integration.
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