Energy Integration

InferaStack AI Grid is designed to run AI work within the power each site makes available. The electricity grid stays the main supply; solar and batteries can add to it.

Proposed design · technical validation

From site review to acceptance

  1. 1 · UnderstandReview the siteAgree the site's energy requirements, operating responsibilities and safety expectations.
  2. 2 · PlanAssess suitabilityConsider how AI compute could fit the site's energy resources and the owner's requirements.
  3. 3 · AgreeDefine the workloadSet the intended AI use, service expectations and acceptance criteria before deployment.
  4. 4 · ValidateMeasure the outcomeConfirm safe operation and workload performance through agreed testing and site acceptance.
Local protection comes first. Compute policy never overrides electrical protection, battery management or the owner's site controls. Storage stays the owner's asset, run by the owner and its virtual power plant (VPP) operator.

Where the energy design stands

Energy integration partner

ConnectVPP is the InferaStack AI Grid energy integration partner. The partnership supports the proposed energy-aware AI infrastructure for qualified sites. The design remains in technical validation and is not deployed.

As of October 2026
PartStatus
Energy integrationProposed design in technical validation; not deployed.
Site suitabilityReviewed against each site's operating requirements before a deployment is agreed.
Operational performanceSite performance and energy outcomes have not yet been measured.
Batteries, inverters and monitoringTechnology categories under evaluation. No supply or deployment commitment is in place. Final hardware depends on site checks and measured results.

Validation stages → · NVIDIA and energy overview →

Discuss an energy-aware site

Talk to us about site requirements, energy integration or validation.

Discuss energy integration