ADMS (Advanced Distribution Management System)

Core Functions of ADMS

ADMS are primarily used by distribution grid operators and provide capabilities such as:

• Grid monitoring and control: Real-time oversight and management of the distribution grid to ensure grid network stability 
• Load flow and voltage analysis: Simulation of load and voltage behavior for optimized grid network control.
• Automated peak load management via load shedding mechanisms.
• Flexibility management: Coordination of grid loads and storage systems to optimize power flow

Benefits of ADMS Compared to Traditional Systems (SCADA + DMS + OMS) 

• Centralization and integration: ADMS consolidates all functions into a single system, eliminating media discontinuities and enhancing data consistency.
• Advanced automation: By seamlessly connecting systems, processes like fault location or switching operations are automated and accelerated.
• Comprehensive grid overview: Operators gain a complete view of the grid’s status, enabling faster and better-informed decisions.
• Improved forecasting accuracy: The combination of historical and real-time data enhances simulations and predictive analytics.
• Reduced operational costs: More efficient resource allocation and precise control lower ongoing expenses.
• Support for the energy transition: Facilitates the integration of renewable energy sources and smart grid management

ADMS and the Future of Grid Control

With ongoing digitalization and the increasing share of renewable energy sources, ADMS is becoming essential for grid operators. The use of artificial intelligence and big data analytics enables even more accurate forecasting and grid control, leading to greater stability and efficiency in grid network operations.