Connected BIM
Achieve and maintain high efficiency
technical operations in real estate
Connected BIM:
- Enables energy efficiency in built environment
- Prevents unexpected downtime of utility systems
- Increases profitability of commercial real estate
- Improves execution discipline
Big Data collection and remote analytics, integrated with a digital twin (BIM, 360° panoramic photos, diagrams and drawings), make it possible to see a full “digital footprint” and determine the cause-and-effect relationships of any ongoing processes.
Connected BIM includes:
- Non-intrusive collection of Big Data on the ongoing physical processes at the facility, covering all aspects of the operation of utility systems (air quality, temperature, electricity consumption)
- Integration with digital twin: BIM, 360° panorama and other types of digital documents
- Notifications and alerts in case of anomaly detection
Connected BIM benefits:
RAPID RESPONSE
Timely automatic notifications without the need for constant monitoring of systems.
PREVENTS UNEXPECTED DOWNTIME
Determination of correlation between ongoing processes, search for symptoms and potential problems. Early identification of deviations.
EFFECTIVE MAINTENANCE
Integration with the digital twin simplifies the problem detection process, allowing service staff to intuitively navigate to the device requiring attention.
FAST AND COST-EFFECTIVE DATA COLLECTION
Fast collection of Big Data through the use of IIoT techniques and proprietary equipment, without the need for expensive engineering services.
EASY INSTALLATION
Non-intrusive installation, fast start-up and online data acquisition.
HiPerWare Platform - Main Components
Installing devices and collecting data
Installation of devices on buildings' utility systems (electricity, heating, air conditioning, ventilation) to remotely read the parameters of their functioning and set up data transmission
Integration with digital twin
Integration with a digital twin (BIM, 3D model, 360° panorama) of a building, in order to visualize operational processes and increase the efficiency of its maintenance - instant identification of the source of anomalous system behavior in the twin and its location
Diagnostics and analytics
Continuous collection and visual display of data on the functioning of utility systems in real time, as well as primary analytics of the collected Big Data, detection of anomalies, their sources and root causes
Examples of optimization opportunities
Class A business center
Optimization opportunities:
- Incorrect behavior on weekends and at night (lighting of parking and office spaces)
- Excessive energy consumption of pumping equipment when a high level of cool air isn’t required
- One of the service shifts doesn’t keep to the work schedule
Result: 12.3% reduced total energy consumption per year
Complete solution for drinking water supply
Optimization opportunities:
- Reducing the total expenses of a portfolio of a large number of buildings
- Efficiency of the service staff
- Reduced unexpected costs of consumables
Result: Creation of a centralized operation service, reduction of staff time for maintenance of the facility