Construction Engineering: Optimize Ventilation, Energy, and Compliance

Real-site constraints, measurable ROI, and Sovereignty-first compliance.

Optimize ventilation and energy systems with Physics-Aware AI and CFD-calibrated models. Plan interventions that drive Hyperspeed ROI while meeting regulations.

PRECISION USE-CASES

CFD-backed ventilation tuning and building energy optimization with before/after KPIs and dataset expectations.

CFD Ventilation
CFD VENTILATION OPTIMIZATION

Balance airflow, pressure drops, and comfort using CFD + sensor data. Optimize HVAC setpoints and duct geometry.

Data: BIM, SENSOR LOGS

-20%PRESSURE DROP
-15%FAN ENERGY
Energy Performance
ENERGY PERFORMANCE MODELING

Hybrid physics/ML models calibrated to site meter data. Scenario optimization for seasonal loads and tariffs.

Data: BAS, TARIFFS

-12%ANNUAL KWH
-18%PEAK DEMAND

WORKFLOW

From Site Survey and Data Audit to Validated Results and Unified Workflow Handover.

1
Assess & Scope

Site walk, BIM review, sensors & meters inventory, KPI alignment.

2
Model & Calibrate

CFD + energy models calibrated to real data; Sovereign Governance & lineage tracking.

3
Validate & Approve

A/B test setpoints, compare comfort & energy before/after.

4
Deploy & Monitor

Rollout changes, track Operational Excellence KPIs, Orchestrate iterations per season and occupancy.

MEASURABLE BUSINESS VALUE

Representative results vary by building type, system age, and datasets.

20
%
reduction in pressure drop
12
%
lower annual energy
350
ppm
CO₂ reduction during peak
25
%
peak demand shaving

Case Highlight

Retrofit of a Commercial HVAC System for Compliance and Hyperspeed ROI.

Construction Case
Mall Ventilation Retrofit

-17% HVAC energy · -280 ppm CO₂ peak · Data: BIM, BAS, meters

Engineering Intelligence

Share your scope and datasets. We’ll respond with a plan and data prerequisites.