With grid control features of Grid Modernization, numerous systems are essential to developing the grid. The back office for a Modernized Grid in crux becomes a system-of-systems including an Advanced Distribution Management System, a DERMS, an Optimization System, an efficient Historian, Immediate Forecasting, and bus infra to communicate between the diverse components. The demand for ADMS is rising and will reach about $10,098 million by 2030.

ADMS is a solution merging the functionality of SCADA, DMS, and Outage Management Systems to provide a complete integrated view of the grid for system operations. DERMS is also encompassed in some solutions, but we will present this separately since it signifies new functionality for the most recent utility processes. The ADMS provides functionality spanning these systems, as well as, Isolation and Service Restoration, Fault Location, Volt/VAR optimization, Voltage Regulation, two-way Power Flow management, system monitoring, Outage management, switch control, crew management, etc.

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Incorporation of Advanced Metering Infra

An additional area of extensibility for ADMS is the incorporation of AMI into processes. Although numerous OMS systems previously used outage info, bellwether-based voltage data could also be combined. Bellwether meters could deliver data throughout the day, using the meter as an additional sensor on the distribution grid. 

These are two features of ADMS that could be measured for the next-gen systems, though there are numerous others to be explored. With Grid Transformation, the conventional views of DMS and OMS are increasing, and silos of info and resources need to be combined with supporting more inclusive and simultaneous info processing and presentation. As more grid devices are positioned, and more present info is available, ADMS systems will have to become more mechanical and deliver more aggregate grid views.