Utilities Amp Up Grid Performance with Latest Oracle Network Management Features

Oracle announced new Oracle Utilities Network Management System features to help utilities navigate the fast-evolving energy grid and rapidly expanding distributed energy resources (DERs). New automated grid management and built-in AI will enable utilities to better orchestrate and control DER and grid-edge devices, boost network visibility with real-time insights, and provide a unified user experience across multiple platforms.

New Supervisory Control and Data Acquisition (SCADA) alarm triggers also alert staff to critical network information so they can act faster to resolve issues and to commission points and devices quickly to optimize network performance.

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“Oracle Energy and Water continues to make tremendous investments in its Network Management System (NMS) ADMS platform and complementary solutions,” said Michael Kelly, associate director for market intelligence and advisory firm Guidehouse Insights. “In supporting some of the largest IOUs across North America, Oracle is actively demonstrating the reliability and technological sophistication of its ADMS solution.”

Optimizing grid performance
An Advanced Distribution Management System (ADMS), Oracle Utilities NMS is designed to help utilities meet today’s needs and prepare for future needs by monitoring, managing, and effectively optimizing the grid from electric distribution to the edge of the grid. Used by six of the top 10 U.S. utilities, Oracle Utilities NMS supports more than 61 million customers. New features introduced today include:

• Grid Edge DERMS: Using built-in AI and machine learning, Oracle Utilities NMS now allows utilities to better monitor, control, and optimize behind-the-meter devices. A new web interface with built-in templates allows users to more easily manage strategies and events, such as executing control over load devices including thermostats during high peak load periods.

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• AMI Meter Pinging: It is not uncommon for field crews to restore power following an outage event, only to find that some customers are still without power. This latest release allows crews to ping AMI meters and quickly see if any downstream nested outages remain, avoiding return trips and increasing customer satisfaction.
• Common Network Viewer: Operations personnel need a consistent user experience to more efficiently view and interact with the distribution network map. This release provides a performant, unified look and feel for touch-enabled map user interaction for Oracle Utilities NMS Flex Operations and Oracle Utilities Operations Mobile Application. This improves the effectiveness of map interactions such as panning and zooming and enhances the display of conductor highlights, phases, text annotations, map backdrops, and other network information.
• Enhanced Digital Field Enablement: Dispatchers and field supervisors need to have all relevant data at their fingertips as they remotely manage outages and crews. Oracle Utilities NMS Flex Operations also now offers enhanced touch capabilities on tablet-sized devices, enabling workers to more easily swipe and pinch to navigate tables, forms, and maps. Device responsiveness support includes the ability to automatically change the layout to support different screen sizes and screen orientations, such as landscape versus portrait.
• Open Source Operational Technology Middleware: A new Linux version of Oracle Utilities Live Energy Connect (LEC) provides operations middleware to support fast system and device integrations across all major communications protocols with low integration cost and low complexity. With a field-proven operational message bus and flexible OT architecture, the technology supports extreme scale as a utility’s needs grow. For enhanced stability supporting expanding grids, each LEC Server is split into different microservices that can quickly be restarted without bringing down the server. Services also can be clustered—if one fails it is seamlessly replaced by another—with clusters spread across machines to help protect against hardware failure.

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