Transmission
Grid management software for 100% renewable energy.
Transmission
The framework to master progressively renewable generation by integrating EMS WAMS renewable and analytics into a modular solution.
Download AEMS overviewThe digital transformation of utilities requires full mobilization of network assets in a reliable way to ensure maximum transmission of energy from multiple sources. High renewable energy penetration, intermittency and low inertia generate an increased level of threats, which require a full understanding of real-time and future network status, to allow a fast response as rapid changes occur.
The GE Advanced EMS, integrating EMS, Renewable, WAMS and Analytics has the full power to enable operators towards best operation performance, minimizing risk and increasing flexibility.
Newly issued ENTSO-e Electricity Balancing Guidelines require TSO’s across the EU to manage load frequency control. These requirements must be in production by mid 2022. Partner with GE today to ensure you have the right solution. Contact us to request a Load Frequency Control demonstration.
CIM is a leap forward in traditional modeling of electric networks.
A new power system model management application for effectively managing time-based models, across multiple business domains within the enterprise (Operations, Planning, Protection) and with neighboring utilities. It provides a complete business process automation for importing, aggregating, validating, and exporting models in different formats, including CIM-16/CGMES. The models are validated for wide areas from a network security or market perspective. They are validated for the short and mid-term, for multiple points in time.
Network Modeling Manager benefits:
Power systems monitoring requires increasingly extremely large amounts of information - millions of points or more - coming from multiple sources, manually or automatically, and at different points in time, each with their own resolution and quality.
SCADA collects all this information in real time to:
SCADA benefits:
AEMS now embeds WAMS and Phasor Data Concentrator (PDC) as an inside component of the solution. Network security and efficiency is augmented as a result of data resolution provided by phasor data and associated analysis. Coupled with the DSA TSA model approach, WAMS Look Ahead forecasting predicts future network situations.
Stability applications:
Wide Area Management System (WAMS) Benefits:
AEMS Renewables Operation Portal models, monitors, and controls renewable and distributed energy resources to anticipate and respond to power balance requirements.
AEMS Renewables Look Ahead forecasts potential risks and provides recommendations for remedial actions to operators, to optimize generation dispatch and control, and for overall improvement in grid security.
Renewable Energy Resource benefits:
At the Heart of the Advanced EMS solution, Network Security and Optimization ensures the network will not collapse while optimizing the operations. Key applications includes:
Network Security and Optimization Benefits:
These core generation applications of an energy management system operate in regulated or non-regulated markets. The applications are renewable-ready to manage a wind farm, PV injection, and storage (batteries):
Generation Control and Optimization benefits:
Real-Time System Restoration Manager benefits:
Voltage Dispatch Scheduler benefits:
Grid Simulation — The Dispatch Training Simulator (DTS) is a perfect replication of AEMS Initialization from a real time and historian snapshot.
The Dynamic Dispatch Training Simulator captures transient behavior of the power system following a disturbance or switching action. It provides sub-second simulated phasor data in the DTS environment.
The simulator enables the training of WAMS applications to facilitate operator adoption.
Grid Simulation benefits:
AEMS provides a unified intelligent platform to manage data and provide operational intelligence from analytics.
Effective Inertia use case: renewable generation has led to a massive displacement of system inertia, requiring enhanced system visibility and understanding to deliver fast-acting response services.
Effective inertia measures the combined inertia-like effects of rotating machines, passive load responses, and active generator controls.
GE Effective Inertia metering is nonintrusive, with no injection of forced stimulation into the network. WAMS data and analytics measures effective inertia. Coupled with WAMS control, fast frequency response provide full set application.
Analytics Effective Inertia benefits;
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Integrated solutions suite for energy market management.
Effective system management through enhanced situational awareness.