The Oracle Utilities Network Management System maximizes your grid operations capabilities, helping you shorten outage duration, optimize distribution and manage distributed energy resources (DER).
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It allows operators to manage unscheduled and planned network outages from within a unified operating environment that integrates Switching Operations, SCADA, Automated Metering Data, Crew Monitoring and Real-Time Network Analysis.
AssetStack is a digital asset management software that helps to manage all power plant lifecycle information, operations and activities.
GE's Advanced Distribution Management Solutions (ADMS) provide software for the management and orchestration of the distribution grid. Our solutions deliver reliability, productivity, and efficiency through a modular architecture with adaptive algorithms, predictive analytics, and a brilliant user experience.
Schneider Electric's EcoStruxure ADMS, a unified DMS, SCADA, OMS, and EMS solution, provides utilities with a modular and flexible platform within a common user experience, data model, integration framework and secure infrastructure.
ETAP ADMSis a combined planning and operation solution to manage, control, visualize, and optimize electrical power distribution network comprising of: Geospatial Information System (GIS), Electrical Supervisory Control & Data Acquisition (SCADA), Distribution Management System (DMS), Distribution Network Applications (DNA), Outage Management System (OMS)
India's First Distribution Management Platform on Cloud
G-DIS - Distribution Management - is a software solution designed to meet the processes of operation of the distribution electric utilities or other companies utilities . It has commercial and emergency service functions, as well as support for the operation, maintenance and dispatch of services.
GAP is a software for the analysis and planning of energy power systems for a given territory or at the level of a country. It will make it possible to optimize investments related to energy generation and the development of new power plants and to control the maintenance of networks and the risks of supplying energy on the network following environmental and / or technical hazards. At the heart of the GAP lies a simulation model of generation scenarios, calculating the technical and economic results of different hypotheses of expansion of the generation park. Various scenarios can be studied and compared in order to identify, through these sensitivity studies, the most technically and financially optimized options. The proposed reports thus allow a detailed analysis of the technical and economic results and the follow-up of indicators of strategy development for power generation expansion planning activities.