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filler@godaddy.com
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filler@godaddy.com
We can convert your geodatabase containing an electric geometric network to the Utility Network. The Foundation model can be the target of the conversion, or we can use your existing schema, domains, subtype names, etc., to make your conversion familiar and comfortable for your users moving from ArcMap to ArcGIS Pro.
If you want to use the Water Foundation geodatabase as your new Utility Network schema, or if you want to use your existing feature class names, subtypes, attributes, relationships, etc., we can perform the migration quickly and easily, leveraging your existing database, connectivity, and spatial relationships.
You'll probably want to migrate to the Gas Foundation data model, as this is becoming an industry standard in the gas distribution and transmissions companies using ArcGIS. We can target that schema, or we can create a custom schema based on your existing data, easily, quickly, and affordable.
Our approach is to assess your geometry and attribute data, clean it automatically, and move you into the Utility Network by converting existing GN data to the UN with an automated toolset so that existing connectivity and attribution is modeled in the Utility Network.
The automated tools detect and correct geometry errors that will cause dirty areas in the UN:
Empty geometries
Devices too close
stacked vertices on lines
self-intersecting lines
A 'like for like' Utility Network model can be created from your existing Geometric Network schema, or you can target existing Utility Network modes from Esri (Foundation, UPDM), Schneider Electric, and others.
The migrated Utility Network will be fully compliant with the UN Level 3 specification and comes with 'canned' trace configurations, such as Trace All Phases, Trace A Phase, etc.
Existing data in your Geometric Network can be used to create Subnetworks in the Utility Network across multiple tiers, such as Transmission and Distribution
Propagation is a power tool that can be used by the utility to analyze the network. Phase Propagation, Pressure, etc. are created based on existing data.
The utility has the choice to model units that are part of a bank as fully contained and connected non-spatial objects as part of the bank, only contained and not part pf the connectivity, or use the standard approach of related tables.
Detects and corrects common geometry errors, such as empty geometries, short linear features, stacked network point features, and duplicate vertices on linear features.
Reports attribute values that will be problematic, like coded-value attributes with values that are not in the domain and fields with identical field names but different data types.
Prepares the UN migration to handle Geometric Network complex edge connections.
Analyzes the Geometric network for erroneous connections prior to migration.
Scan for fields that are empty to reduce the number of fields merged into the 5 main Utility Network feature classes.