Post-Occupancy Performance

Buildings are designed to meet specific environmental and energy targets. But post-handover, there's rarely any systematic measurement of whether those targets are being met. Commissioning checks happen once. Performance evaluation is often anecdotal.

How Twinise Solves This

Twinise provides continuous, sensor-driven performance measurement from day one of occupancy. By comparing actual environmental conditions, energy consumption, and usage patterns against design specifications, the platform gives you an evidence-based picture of how your building truly performs.

What You Get

• Design vs. reality comparison — Measure actual temperature, humidity, CO₂, lighting levels, and energy consumption against the design intent. Quantify the gap.
• Zone-level granularity — Don't average across an entire building. Twinise gives you room-by-room, zone-by-zone performance data.
• Seasonal trending — Track how performance varies across seasons. Identify HVAC tuning opportunities that only appear in specific conditions.
• Occupant comfort scoring — Combine environmental data with occupancy patterns to score comfort performance objectively.
• Digital twin walkthrough — Use the Unreal twin to visually navigate performance data spatially. Colour-code zones by temperature deviation, energy intensity, or air quality.

Recommended Hardware

The Environmental Monitoring Pack covers temperature, humidity, and air quality. Add the Occupancy & Motion Pack for usage pattern correlation. Start with a handful of sensors on a single floor and add nodes as coverage grows to the full building.

Expected Outcomes

Post-occupancy evaluation with Twinise transforms building performance from a one-time commissioning event into a continuous feedback loop. Facility managers can prove compliance with design targets, identify underperforming zones, and make data-driven decisions about HVAC tuning, space reconfiguration, and energy management.