VR has two distinct roles in utility operations, and they are often conflated. One is field crew training, simulating switching procedures and emergency response, which is covered separately in the workforce training article. The other, covered here, is using VR for design review of capital infrastructure and for understanding complex ERP process flows during implementation projects. The second category is narrower and less mature, but it has specific legitimate applications.
VR for Capital Infrastructure Design Review
The strongest practical case for VR in utility operations, outside of safety training, is in the design review stage of capital projects. Before a new substation is built, before a gas regulator station is sited, before a water treatment expansion is engineered, project teams do design reviews from 2D drawings and 3D CAD models on flat screens.
VR allows engineers, safety officers, and maintenance planners to walk through a proposed design at scale. This surfaces problems that flat-screen CAD review misses: a cable tray that creates a maintenance access conflict, a switchgear bay that leaves insufficient clearance for arc flash boundaries, or an equipment layout that puts a valve behind an obstacle. Catching these in design review costs far less than a change order during construction.
The VR model is typically generated from the same CAD or BIM data used for engineering drawings, so there is no separate model-building effort if the design tools (Autodesk, Bentley, similar) support VR export. This is the key condition that makes the use case practical rather than expensive.
This is a design tool for project teams, not an operational tool for grid management. The ADMS and ERP remain the operational systems.
VR for ERP Process Flow Understanding
The second application is less established but worth examining: using VR-style walkthroughs or simulation environments to help project teams understand how ERP processes connect during an implementation or upgrade project.
SAP IS-U and S/4HANA Utilities have complex process chains: meter reading flows through device management into billing in FI-CA, service orders connect to PM work orders, and contract account postings feed the general ledger. Oracle CC&B has similarly interconnected flows through OUAF. For teams implementing or upgrading these systems, understanding how a configuration choice in one module affects downstream processes is a recurring challenge.
A 3D visualization that maps these process flows, allowing a project manager to follow a transaction from meter reading through billing settlement through FI-CA posting, can help non-technical stakeholders understand system architecture decisions during an implementation. This is documentation and communication tooling, not operational software. It supplements, rather than replaces, the sandbox environment where configuration testing actually happens.
This use case is still mostly in the territory of specialized consulting tooling and vendor demonstrations rather than broad deployment.
Where VR Does Not Improve ERP Operations
To be direct about the limits: VR does not make billing faster, improve CIS data quality, or accelerate FI-CA period-end processing in SAP IS-U. It does not improve the accuracy of Oracle CC&B rate schedules or speed up Cayenta SmartWorks integration jobs.
The ERP systems that run utility billing, SAP IS-U/FI-CA, Oracle CC&B on OUAF, Cayenta CIS, are transaction processing systems. Their performance depends on data quality, configuration, and process discipline. VR does not touch any of those factors. Claims that VR transforms ERP operations are overstated; the technology lives at the training and design layer, not the operational layer.
Connecting VR Completions to the ERP Record
For both design review sessions and training simulations, tracking participation and outcomes matters. VR platform completions should connect to the project record (in SAP PS or Oracle Project module) or to the training record (in SAP HCM/SuccessFactors or Oracle HCM). Without this integration, the VR work is invisible to the compliance and project tracking systems that utilities rely on for audits and project governance.
This integration is achievable but requires deliberate configuration during deployment. Most VR platforms support xAPI or webhook exports that can feed an LMS or project management system.
A Realistic Assessment
VR for design review on capital infrastructure projects has a clear, bounded value proposition and is worth considering for projects where CAD walkthroughs already happen but miss spatial conflicts. VR for ERP process visualization is an emerging communication tool during large implementations. Neither replaces the ERP, the CIS, or the ADMS as an operational system.
For the AR field operations side of this picture, see AR for utility asset management and work orders. For the SAP-specific AR and VR integration angle, the SAP modeling and visualization article covers that in more depth.