What is the primary structure of a utility network?

The primary structure of a utility network involves several hierarchical components that organize how the network functions and is managed. Starting with the Domain Network, this represents the overall framework for a specific utility system, defining the types of services (like water, electricity, or gas) that the network will manage.

Following the Domain Network, tier groups are instrumental as they group together related tiers. Tiers further break down the network into more detailed categories, providing essential distinctions among different types of assets or service lines within the utility. This layered approach allows utilities to manage complex systems more effectively.

Next in the hierarchy are subnetworks, which represent specific functional units within the utility network, like distinct geographic service areas. These subnetworks can operate independently but still connect back to the larger domain and follows the organizational structure defined by the tier above.

Finally, feature classes are the actual data structures that represent geographic features in the network, such as pipes, poles, and other physical entities that make up the utility system. These classes contain the attributes and geometry required for analysis and support efficient network operations.

Overall, this structure reflects a systematic way to categorize and manage various components of a utility network, enabling better understanding and functionality of utility services.