Electric and Gas

Advanced Planning and Construction with CIM Integration

Customer Spotlight

Andel owns and operates the electrical distribution grid in eastern Denmark and provides power to 1.5 million customers through the grid companies Cerius and Radius.

Challenge

Andel is expanding their infrastructure to meet growing customer demand. Aging assets, distributed solar/batteries, additional heat pump load, and electric car charging are all significant drivers at Andel for renewing and extending the grid and optimizing its operation.

Andel is expanding their infrastructure to meet growing customer demand.

Network data quality is critical to providing an intuitive and consistent viewing and editing experience across the many departments that use network information, and for the safety of operations and quality of service.

Therefore, the utility requires state-of-the-art geographic information system (GIS) and advanced distribution management system (ADMS) software to enhance productivity, from design and planning to operations. As a merger of two utilities, Andel faced the challenge of consolidating legacy technology systems. It chose to consolidate its legacy geometric network and Intergraph G/Tech into ArcGIS Utility Network.

Solution

Andel consolidated two legacy geographic information systems into a future-proof GIS. The detailed Utility Network data model combined with simplified usage enables GIS to be a single source of truth for asset and network data throughout the enterprise. The utility uses ArcGIS Enterprise with Utility Network, a business-critical system that supports network planning, design, construction, operation, and maintenance.

Andel concluded that Utility Network was the best primary dataset for its two ADMS systems. ArcGIS Utility Network serves as the primary dataset for assets and the electrical model in its normal configuration, while the ADMS systems own the grid’s dynamic configuration.

Andel sought to benefit from the comprehensive and detailed data model in ArcGIS Utility Network. Their goal was to align the representation of real-world assets in GIS and operational systems, improving the foundation for numerous workflows and spatial analytics.

Advanced integration software is needed to ensure that both GIS and ADMS always represent the actual state of the grid while also providing support for the complex grid extension and commissioning processes.

To facilitate the transition, Andel utilizes the Similix Utility Network Migration Suite. It offers an intuitive drag-and-drop interface for mapping between the source system and Utility Network. Its no-code rule engine maintains the configuration of data transformations.

Building on this improved data and the common information model (CIM), Andel chose the Similix CIM Adaptor for ArcGIS. This product-based solution is configurable to export and synchronize the planned changes to the electrical grid. When the feeder is updated, the CIM Adaptor exports a full or changed feeder as a CIM file known as a difference file. These data updates support both the PSI Energy ADMS and Schneider Electric ADMS.

Detailed network data must be well-maintained. Andel uses Esri UK’s UNE for ArcGIS (UNE) to manage network data easily. Without specialized GIS training, workers can use this lightweight web app to view, edit, and manage real-time digital twin models of detailed electrical, water, or gas networks.

Query building is straightforward in UNE for ArcGIS.

UNE sits seamlessly on top of the ArcGIS system and honors the rules of the Utility Network data model. Its functions enable users to update information with built-in smart editing capabilities. Furthermore, they understand and query the network connectivity and perform traces.

Tracing an electric substation in UNE is trouble-free.

UNE is used to design grid extensions and support other workflows. A design is stored in a branch version. Branch versioning is a type of geodatabase versioning that works with the ArcGIS Enterprise Web GIS model. It uses a service-based architecture to allow multiple users to edit and supports long-transaction scenarios through web feature layers.

This capability supports correct grid representations, particularly for lengthy construction projects. Data is exported to the ADMS systems, where it is staged and inspected before being updated.

After commissioning, ADMS confirms the design changes are implemented, triggering them to become part of the as-built electrical network. Finally, the Similix CIM Adaptor confirms that the Utility Network data and ADMS systems are in sync.

Use of the CIM adapter facilitates high-quality data for ADMS.

Results

Andel uses high-quality, consistent network data to support various business systems. They use a web-based system for planning and editing, which helps streamline important work processes by making data easy to access and edit, ensuring secure data sharing, and keeping information up to date for better decision-making and operational efficiency.

The intuitive user interface resulted in:

In conclusion, Andel supports planning and design in a user-friendly web application built directly on Utility Network, which benefits from its service-based structure. Thus, Utility Network enforces the same rules and data quality on all platforms.

UNE directly supports both field crews and the back office while backing integrated systems with the same data quality. Projects are added to the ADMS before power is turned on. This ensures that both GIS and ADMS are always up to date for employee safety and customer reliability.

In the future, Andel plans to merge their two ADMS systems into the Schneider Electric EcoStruxure ADMS platform. This effort and any future upgrades will benefit from the new product-based, service-based, standards-based, and configurable GIS and integration system landscape. Additionally, application programming interfaces (APIs) will allow Andel to develop their solutions further.

Partners

Similix delivered the software products and professional services for migration and CIM integration. Andel was the fifth electric utility to go live with Utility Network based on Similix’s Utility Network Migration Suite and CIM Adaptor for ArcGIS. Experience from utilities on three continents shows that, despite other differences, there is a common need for a high-quality data model in GIS that can be easily connected to other business systems. This model should also enforce those systems’ data quality and validation requirements. The CIM Adaptor supports any CIM version and CIM profile, including extensions.

Esri UK delivered the UNE application for planning, editing, and viewing the Utility Network. Esri UK also provided professional services to extend the commercial off-the-shelf UNE capabilities to meet Andel’s needs and deliver on the abovementioned results.

“As part of a modern network management strategy, we are challenging ourselves to use a web-first approach and find smarter ways of working to optimize our processes and deliver improvements over the whole network management life cycle of design, planning, build, and operation. Working with Similix and Esri UK to deliver this challenge and maximize our investment in ArcGIS Utility Network has been extremely productive. We have enabled our GIS to serve as the master data system for ADMS through CIM-based integration and rolled out an intuitive and focused user experience application to over 700 users. We have been impressed by the technology and the services that Similix and Esri UK have delivered and look forward to continuing our work with them to fully realize our strategic goals.”

— Jakob Møl Mortensen, Head of Energy Systems, Andel

About the author

Pat Hohl, PE is Esri’s Director of Electric Industry Solutions. He oversees the planning and execution of Esri’s go-to-market strategies in the Electric Industry, primarily in the U.S.A. Pat was a pioneer in electric utility GIS technology. He has a broad business background with over 35 years of experience in utility engineering, technology, operations, and executive management. Pat is also an accomplished author, consultant, and university professor.

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