Which of the following can be a benefit of maintaining network topology?

Maintaining network topology primarily ensures that the relationships and connectivity between different elements within a utility network are preserved and accurately represented. One significant benefit of this maintenance is the prevention of overlapping geometries. Overlapping geometries can lead to ambiguity in the network model, making it difficult to interpret relationships and flows within the network. By preventing such overlaps, the integrity of the network is upheld, enabling more effective data analysis and management.

Network topology affects how features like pipes, transformers, and connections interact with one another, ensuring that spatial relationships remain clear. This clarity is essential for tasks like network analysis, fault detection, and maintenance planning. When geometries overlap, it can introduce errors and complicate the workflow, resulting in less reliable data outputs and potentially impacting decision-making processes.

While other options might also hold some relevance in different contexts, the specific benefit of maintaining network topology in regards to preventing overlaps stands out as a critical aspect that directly affects the functional integrity of a utility network.