Electric Utility Data Models
Structures, conductors, spans, feeders, devices, and connectivity — modeled correctly for transmission and distribution. We understand asset groups, asset types, subtypes, domains, and the business rules behind them.
Our product family isn't a collection of generic tools with a utility label. It's the output of hands-on experience with electric utility data models, ESRI Utility Network implementation, migration from Smallworld, Geometric Networks, LGIM, and PLS-CADD, and integration with the enterprise systems utilities already run.
Structures, conductors, spans, feeders, devices, and connectivity — modeled correctly for transmission and distribution. We understand asset groups, asset types, subtypes, domains, and the business rules behind them.
Practical, implementation-level knowledge of the ESRI Utility Network — schema design, network topology, tracing, and the realities of loading migrated data into UN. Plus PostGIS as a capable open-source alternative target.
Proven pipelines from GE Smallworld, ESRI Geometric Networks, the Local Government Information Model, AutoCAD, and PLS-CADD engineering exports — with AI-assisted mapping, staging, QA/QC, and rollback.
Utility data doesn't live alone. We integrate with SCADA (DNP3, IEC 61850), OMS, EAM/CMMS (IBM Maximo, Cityworks), SharePoint, enterprise databases (Postgres, SQL Server, BigQuery, Microsoft Fabric OneLake), and TAK ecosystems.
Every solution on this site is backed by production engineering across the modern geospatial stack.
Tech Maven Geospatial builds for desk, substation, and storm — including environments where the cloud is not an option.
Whether it's a migration, a deployment, or a custom build — start with a conversation.