Sustainable Grid Solutions
A powerful portfolio of software and technologies to help achieve a more resilient, responsible and smarter grid.
The increase in renewable and distributed energy resources is making efficient grid management more complex. Emerson’s Sustainable Grid Solutions transform unpredictable renewable, distributed energy into predictable, reliable power using real-time demand forecasting, operational visibility and analytics across the power network. Renewable and distributed energy resources are seamlessly incorporated into your traditional energy mix, maximizing efficiency from generation to delivery.
Emerson’s automation software and technologies, specifically designed for power generation control and monitoring, helps to increase plant reliability and availability, optimize performance and reduce operations and maintenance costs. A single scalable platform provides full power plant control, digital twin simulation, prognostic analytics, advanced applications, mobile and remote capabilities, SCADA, condition monitoring and cybersecurity solutions for renewable and traditional resources.
Emerson’s suite of generation management software allows power producers to efficiently, reliably and optimally participate in their regional market operations. Modules include automatic generation control and dispatch, market operations, energy market control, transaction management, inadvertent accounting, energy accounting, short-term load forecasting and unit commitment or transaction evaluations.
Emerson’s real-time transmission and energy management software helps transmission owners and operators avert or mitigate system emergencies using innovative software for network analysis, transient stability analysis, voltage stability analysis, automatic voltage/VAR control, centralized equipment outage planning and scheduling, short term load forecasting and operator training.
Emerson’s advanced distribution software enables distribution operators to model and manage the distribution network, monitor and control the power system, manage planned and unplanned outages, dispatch crews, manage field work, optimize network operation and integrate renewable and distributed generation.