The Electrical System Navigator connects the single line diagram of your electrical system with live asset data and a 3D model of the environment. The users gain direct insight into specifications, maintenance history and exact locations. By unifying diagrams, data and spatial context, the app reduces errors, improves collaboration and ensures reliable, future-proof management of complex electrical systems in buildings and infrastructure.
From single line diagram to spatial insight
The Electrical System Navigator connects the single line diagram of an electrical system with live asset data and a 3D view of the physical environment. Information that was previously scattered across PDFs, CAD drawings and spreadsheets is now available in one interactive app. Each component in the diagram, such as a transformer, switchboard or cable route, links directly to specifications, inspection results and maintenance records. From there, users can move instantly to the exact location in the 3D model and see how the system is embedded in the building or site.
The Electrical System Navigator combines diagram, data and 3D context in one interface. These key features show how the app turns scattered information into a practical tool for daily use.
The app presents the electrical system in an interactive single line diagram. Instead of static PDFs, users can navigate a clickable overview where every symbol is active. This makes it easy to understand the functional logic of the network and quickly find the right component without searching through multiple documents.
Every element in the diagram is directly connected to asset information such as specifications, inspection history, and maintenance records. By selecting a component, users immediately see the data they need to plan, validate or perform work, without switching between spreadsheets, CAD drawings or asset registers.
From the diagram, users can jump straight into a 3D model of the building or infrastructure. This reveals exactly where a component is located in the physical environment and how it connects to the rest of the system. It helps technicians prepare for site visits and reduces errors during installation or inspection.
The app is built on open standards, ensuring interoperability and future-proof use. It integrates RDF-based asset data, connects to BIM models, and aligns with standards such as NEN 2660. This allows organizations to link the app seamlessly to existing data ecosystems and avoid vendor lock-in.
The user interface is modular and adaptable to different roles. Engineers, inspectors and asset managers each see the views and filters most relevant to them, such as filtering by component type, location or inspection status. This customization ensures that the app supports daily operations across multiple teams without overloading them with irrelevant details.
Engineers searching for reliable electrical system data
Engineers working on electrical systems in buildings and public infrastructure often had to combine CAD drawings, PDFs and spreadsheets to understand the single line diagram. Without a direct link between diagrams and asset data, every update meant extra checks, slowing down projects and increasing the risk of errors.
Inspectors preparing for on-site work
Inspection teams needed accurate information about where components such as switchboards, transformers or cable routes were physically located. With fragmented documentation, they relied on incomplete drawings or verbal instructions, making preparation inefficient and sometimes unsafe.
Asset managers coordinating multiple stakeholders
For asset managers the main challenge was alignment. Contractors, engineers and inspectors were not always working with the same definitions or the latest status. This lack of a shared source of truth complicated asset management and delayed decision-making.
How the Electrical System Navigator solves this
The Electrical System Navigator links the single line diagram directly to live asset data and a 3D model of the physical environment. Engineers, inspectors and asset managers can move seamlessly between diagrams, detailed metadata and spatial context. This unified view reduces mistakes, saves time and ensures that all stakeholders work with the same reliable information.
