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Deployment

Built to work with the systems already in place.

EnthalpyX integrates with existing building management and cooling-control infrastructure. Deployment begins by understanding the plant, its available data and the boundaries of the intended optimisation scope.

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INTEGRATION CONTEXT
01
Existing BMSWork through available interfaces, including BACnet and Niagara environments where applicable.
02
Existing cooling plantUnderstand the connected chillers, pumps, controls and operating relationships.
03
Site-specific scopeConfirm available points, data quality, operating constraints and engineering responsibilities.
Progressive deployment

Start read-only. Increase authority deliberately.

Each stage is considered on its own merits. Progression depends on the system, data quality, safeguards and the site's agreement.

01READ-ONLY

Observe

Map relevant BMS points, assess data quality and understand how the cooling system operates—without changing controls.

Authority none
02ENGINEERING REVIEW

Recommend

Identify potential improvements for the engineering team to assess against site requirements before any intervention.

Authority site-reviewed
03CONDITIONAL

Supervise

Where explicitly enabled, apply bounded supervisory optimisation to agreed points within defined limits and safeguards.

Authority agreed and bounded
Operational safeguards

The site retains control of its operating boundaries.

EnthalpyX does not require unrestricted control of the plant. Any supervisory scope is agreed in advance and can be restricted or paused.

ENTHALPYX SCOPE
  • Access agreed operating data.
  • Evaluate and recommend defined changes.
  • Influence only explicitly permitted points when enabled.
  • Monitor the system's response.
AGREED OPERATING BOUNDARY points · ranges · modes · safeguards
SITE & BMS PROTECTIONS
  • Existing equipment interlocks and safety logic remain in place.
  • Core BMS and local control functions remain in place.
  • Site operators retain authority outside the agreed scope.
  • Pause and fallback arrangements are agreed before control begins.
Performance verification

Agree how success will be measured before changing operation.

Energy performance is assessed against an agreed reference using observed building data—not solely the optimiser's predicted result.

The assessment accounts for relevant operating conditions, comfort requirements and material changes that may affect the comparison.

01 Scope Define the plant and energy boundary being assessed.
02 Reference Agree the comparison approach and relevant conditions.
03 Record Track interventions and material operating changes.
04 Verify Assess observed energy and operating performance.
Technical conversation

Discuss how EnthalpyX could fit your building.

Start with your cooling-system architecture and existing BMS. No control access or equipment changes are needed for an initial conversation.

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