QRInno Infrastructure Development
A digital builder for infrastructure that has to work for decades.
QRInno combines Building Information Modelling with Building Automation Systems to create a live virtual representation of a physical building — so every system, every asset and every decision is monitored in real time, across the entire lifecycle.
A digital twin, built in minutes rather than months
See the workflow end to end: describe the building, and the digital twin — geometry, live telemetry, alarms and trends — is assembled for you.
QRInno Infrastructure — Digital Twin Technologies. English explainer, translated from the original Chinese demo walkthrough. Hosted on Vimeo.
What the demo shows
- Live location of personnel and assets on site
- Access and alarm events as they occur
- Temperature and equipment trends over time
- A single prompt in, a complete twin out
Readings from the demo
The figures below are the live readings of the demonstration dashboard shown in the video — an illustrative chemical-park scenario, not a QRInno performance claim.
One platform, two directions of value
The same mapped model serves the delivery of the asset and the daily operation of the asset — because they are never really separate problems.
Design & delivery
Digital twin for digital construction
A digital twin of a construction project is created from BIM, sensor data and machine learning, simulating the whole process from design to completion in a virtual environment — so issues can be identified and the process optimised before any physical work begins.
- Simulate the construction sequence before you build it
- Test design changes and material substitutions in virtual space
- Monitor progress in real time and flag deviation from plan
- Applicable to buildings, infrastructure and heavy industry
Operation & maintenance
Smart building operations
The building’s sub-systems — building automation, energy management, facility management, fire protection, access security and environmental monitoring — are combined through one intelligent operation and maintenance management platform, with mutual mapping and bidirectional control between the real environment and the virtual space.
- Real-time monitoring of all systems and equipment
- Self-diagnostics, self-analysis and autonomous decision-making
- Control of roof-top photovoltaic and rainwater collection assets
- Minimise consumption of fresh water and energy
What the platform brings together
Each layer is individually useful. Together, mapped bidirectionally through the twin, they turn a building into something that can be reasoned about.
01
Building automation
Controls and equipment states held live in the twin rather than read from a panel.
02
Energy management
Consumption traced against the assets that cause it, so reduction can be demonstrated.
03
Facility management
The framework within which the twin’s autonomous decisions are made and bounded.
04
Fire protection
Safety systems carried in the same model as the building they protect.
05
Access security
Movement, access and occupancy reconciled against the physical plan.
06
Environmental monitoring
Building, human and nature held in balance — an operational goal, not an afterthought.
Open control technology
An integrated control system that bridges building, IT and automation
Our competences in open control technology make it straightforward to integrate all equipment into the building management system. Because the control layer is connected rather than siloed, the building can be self-diagnosing, self-analysing and — within the framework set by facility management — capable of autonomous decision-making.
The result is a practical evolution from traditional information and automation technology: fewer parallel systems, lower capital outlay, and less time lost to integration on site.
- BIM
- BAS
- Open control
- Sensors & telemetry
- PC-based control
- Facility management
Measured against the asset
Energy and water you can watch, not estimate
Because the twin holds the equipment itself, environmental performance becomes a live reading rather than a monthly report. A roof-top photovoltaic station and a rainwater collection device can be monitored and controlled directly, minimising the consumption of fresh water and energy.
Every sub-system contributes to one platform: building automation, energy management, facility management, fire protection, access security and environmental monitoring, combined through the intelligent building operation and maintenance management platform.
Across the whole life of the asset
Digitalisation in the field of BIM, aimed at a smart building that satisfies the requirements of the entire industrial value chain.
Design
The twin begins as the BIM model, ready to be tested before it is built.
Construct
Progress monitored against plan; deviation surfaced while it is still cheap to fix.
Operate
Live equipment states, alarms and trends in one place, for the whole asset.
Maintain
Self-diagnostics point to the asset that needs attention, not just the alarm.
Recycle
Performance carried forward into refurbishment and reuse, with the record intact.
Bring a digital twin to your building.
Tell us the asset, the stage and the systems in scope. We will show you what the mapped model reports on day one.