VR and AR for Plant Operations
Immersive and augmented displays place data in spatial context, useful for training, maintenance planning, and layout review.
Immersive versus augmented
Virtual reality replaces the user's view with a synthetic environment; augmented reality overlays information on the real one. For a plant, VR is suited to training and design review of spaces that do not yet exist, while AR fits maintenance, where a technician sees guidance registered to the real equipment in front of them.
Where immersion helps
- Understanding spatial relationships and access clearances that flat views obscure.
- Rehearsing procedures in a full-scale environment before hardware exists.
- Overlaying component identity, state, and instructions onto real equipment (AR).
Where it does not
Immersion is poor for dense quantitative comparison and for tasks needing precise reading of many numbers; a flat, high-resolution display remains better for analysis. Immersive sessions also cause fatigue and cannot be sustained like desk work. Use each medium for what it does best.
Practical constraints
Registration accuracy, latency (which causes discomfort), field of view, and text legibility all bound what AR and VR can deliver. Safety-critical instructions must never depend on a fragile overlay; AR augments judgment, it does not replace validated procedure.
Kronos use
Because the breeder and burner are pre-construction, VR review of the simulated plant supports layout, access, and training work ahead of the Q2 2027 construction start, drawing on the same geometry as the digital twin.