BUILDING ARCGIS DASHBOARDS FOR POWER DATA PROGRESS MONITORING FOR SPANISH FORK CITY, UTAH

Abstract

For an Outage Management System to be fully functional, an electric utility company must accurately digitize its data within a Geographic Information System. Spanish Fork City, Utah began migrating and digitizing their Power and Light data within the ArcGIS Utility Network, which has proven to be an expensive and time-consuming process. In order to justify the expensive nature and continued funding of this project, city management and administration need a way to visualize and understand the current state of the city’s power data. Many organizations use dashboards as a comprehensive overview to monitor, analyze, and disseminate information for projects and visualize real-time progress. This paper describes the process I used to create such dashboards for management and administration to utilize. In this project, I created various attribute rules in ArcGIS Arcade to accurately aggregate data from multiple geodatabases across an ArcGIS Enterprise environment, which automatically populates numerous fields within a custom grid feature class. I published services in ArcGIS Pro, which are utilized in web maps and Dashboards within ArcGIS Portal. I created custom Data Expressions in ArcGIS Dashboards to allow specific indicators to work correctly. Each set of indicators and widgets are interactive with their respective maps, allowing users to focus on specific areas.