Power distributor
Commercial switchboard monitoring treats power distributors as part of the building services that a digital twin watches alongside air conditioning, heating and pumps. Operators reduce downtime and spot faults before they disrupt building operations.
Power distributor at a glance
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Commercial switchboard monitoring in a digital twin
In the solution example, e-magic TwinWorX is a platform based on Microsoft Azure for building a digital twin. It integrates telemetry from different sources, partly from existing systems and partly from retrofitted sensors, and merges it in real time. The twin is synchronised with the building at a defined frequency and accuracy. TwinWorX imports BIM design data and visualises rooms and equipment as an interactive 3D model, and the twin can be built using Microsoft's Digital Twin Definition Language (DTDL). When defined thresholds are reached, the software automatically sends alarms to technical staff by email or as a direct message to a smartphone.
The example concerns industrial buildings and covers energy efficiency analysis within energy monitoring and IoT-based energy management. Modern industrial buildings contain cooling and ventilation systems, heating, power distributors and circulation pumps, all in intensive use. Unplanned failures disrupt operations and raise costs, and data is often stored in separate silos. TwinWorX from e-Magic Inc., available in the Microsoft Azure Marketplace, brings it together in a single model. Continuous recording of measurement data makes predictive maintenance possible, so technicians come only when needed. Structural or technical changes can be simulated on the twin in advance.
Commercial switchboard monitoring: frequently asked questions
How is power distribution in commercial buildings brought into monitoring?
It is integrated like any other installation: its readings flow as telemetry into a shared platform. In the solution example, TwinWorX brings data from existing systems and retrofitted sensors into a digital twin on Microsoft Azure. Power distributors appear there alongside air conditioning, heating and pumps. This makes it possible to spot anomalies in the context of the rest of the building's operations.
How is a switchboard alarm sent to technical staff?
Reports are sent automatically as soon as a defined threshold is reached. TwinWorX allows alarm messages to be configured and sends them to technical staff, for example by email or as a direct message to a smartphone. Because readings are recorded continuously, predictive maintenance is also possible. Problems are detected and fixed early, before they lead to costly failures.
What does a switchboard digital twin add to building operations?
The digital twin combines data that would otherwise sit in separate silos and makes processes in the building traceable in real time. TwinWorX shows the building as an interactive 3D model, built from BIM data if required. Changes can first be simulated on the twin, which reacts like the real building. According to the solution example, digital twins help improve energy use and reduce downtime.
Does switchboard monitoring require new sensors?
Not necessarily, because some of the data is already generated by existing systems. According to the solution example, readings in the building come partly from existing equipment and partly from retrofitted sensors. TwinWorX integrates both sources and synchronises the twin at a defined frequency and accuracy. The key is to bring the data together from separate silos so that it can be used for decisions.
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Air conditioning system
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