Energy & sustainability

Smarter cooling.
Better building performance.

Use building operating data to identify and implement better cooling strategies.

Let’s talk
The business benefit

What changes for your team.

Find efficiency opportunities

Use operating data to identify where cooling equipment could run more efficiently.

Keep comfort in view

Optimise within agreed comfort requirements and equipment operating limits.

Make performance measurable

Compare outcomes with an agreed baseline and review operating conditions alongside energy use.

How the optimisation works.

01

Connect & observe

Assess available controls, meters and operational data.

02

Model & optimise

Evaluate operating conditions and suitable control strategies.

03

Apply within limits

Implement agreed adjustments within comfort and equipment constraints.

04

Measure & improve

Track energy use and validate results against an agreed baseline.

Efficiency that fits the building.

A project starts with system suitability, data availability and the measurement approach. Savings should be evaluated alongside weather, occupancy, operating hours and comfort requirements.

Partner project references.

20.04%

Nanjing · China

Reported electricity reduction: October 2023 baseline of 646,537 kWh compared with October 2024 AI operation of 516,946 kWh. This is a year-on-year comparison.

27.92%

Shanghai IFC · China

Reported cooling-side saving in a 15-day alternating-operation evaluation during May–June 2025, using seven paired datasets.

These are partner-reported project results, not guaranteed savings for another building. Baseline methods and site conditions must be assessed for each engagement.

Common questions

Are energy savings guaranteed?

No universal saving applies to every building. Suitability, operating conditions, baseline measurements and comfort requirements must be assessed for each project.

Let’s make progress

Your next opportunity.
Our shared ambition.

Tell us what you want to achieve.

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