Identify, quantify and rank energy optimisation measures across HVAC, controls, lighting, fabric and plant — using physics-based load calculations rather than generic percentage assumptions.
Most optimisation recommendations are rules of thumb: 'BMS tuning saves 10%', 'LED saves 60% of lighting'. Applied blindly, they overstate savings, understate interactions between measures, and collapse under lender or board scrutiny. Owners need measure-level numbers they can defend.
Intelli-BuildAI models each building's heating, cooling and ventilation loads from first principles — envelope, gains, climate and operation — then evaluates optimisation measures against that specific building. Measure interactions are handled in sequence, savings carry confidence levels, and every figure links to the assumptions used to produce it.
Referenced against recognised standards & frameworks
Each measure's saving is derived from the building-specific load model and flagged with a confidence level based on input quality. Post-installation, IPMVP-aligned measurement plans verify delivered savings against the modelled baseline, and performance drift detection raises a signal when metered or BMS telemetry deviates beyond tolerance.
Yes. Measures are evaluated in sequence against the evolving building model — for example, fabric improvements reduce the saving available to subsequent plant upgrades — avoiding the double-counting common in spreadsheet approaches.
CIBSE Guide A and TM54, the ASHRAE Handbook of Fundamentals and regional codes, with the applicable standard resolved from the building's location. Climate is modelled from Typical Meteorological Year data, and every result records the standard, clause and dataset that produced it.
Yes. Calculated loads drive selection from a catalogue of real manufacturer products — heat pumps, chillers, air handling units, VRF and terminal units — returning sizing, efficiency ratings, embodied carbon and indicative pricing rather than a generic 'upgrade plant' line.
Yes. MEP consultants use the platform for load assumptions, retrofit options analysis and technical evidence packs, with exportable calculations referenced against CIBSE and ASHRAE methods and reports issued under the consultancy's own brand.
Every project has a Trust Centre: a confidence score, the standards behind each result, an assumptions register and an evidence register linking figures to source documents — and the engines themselves run against a published validation register of test cases.
Upload one utility bill, EPC or BMS export and receive a structured opportunity scan.