Overview

Real-time commissioning uses high-resolution wireless sensors to capture building environmental data, coupled with smart-meter energy consumption data to optimise building performance, thermal comfort and indoor air quality. Achieving this optimal balance reduces energy consumption while improving occupant comfort – which in turn increases productivity and reduces absenteeism.

The Solution 

Real-time commissioning bridges two of arbnco’s existing solutions: the arbn insight energy management tool, and the arbn well indoor air quality platform. Application of sophisticated data analytics in conjunction with our structured commissioning approach provides ongoing building optimisation capabilities.

Step 1

Establish baseline

arbn insight provides performance benchmarking and baseline energy consumption visibility from which performance gains can be tracked and analysed.

Step 2

Deploy Wireless Monitoring

arbn well wireless high-resolution sensors are deployed within the building occupant work space to capture real-time data on temperature, humidity, CO2, TVOC’s, PM, and Lighting – indicators of indoor environmental quality and thermal comfort.

 

Step 3

Identify measures and savings potential

arbn insight provides performance benchmarking and baseline energy consumption visibility from which performance gains can be tracked and analysed.

Step 4

Integrate

Direct integration of thermal comfort and IAQ indicators with the building control systems achieves a previously unobtainable level of performance optimisation.

Step 5

Ongoing

MBCx continually monitors the building space for changes in operating parameters while recommending actions to address performance drift.

 

Step 4

Integrate

The power of real-time building optimization enabled by arbnco Real-time commissioning. Direct integration of thermal comfort and IAQ indicators with the building control systems achieves a previously unobtainable level of performance optimisation.

Step 5

Ongoing

Real-time commissioning continually monitors the building space for changes in operating parameters while recommending actions to address performance drift.

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