The European power sector control room technology market, including advanced SCADA, Visualisation, and AI-driven Decision Support, is currently valued at €9.16 bn and is predicted to rise to €13.22 bn by 2033.
This growth is driven by energy sector modernization, increased digitization, and continued investment in operational efficiency and security.
At SGT26 Paris we will review utility insights gained from recent control room technology implementations, examine the management approved road maps for future upgrades, and asses the latest technological innovations and partnership opportunities to help drive the control room of the future.
Just some of the case-studies that will be shared include:
✅ CIM – enabling real-time data exchange between TSOs, DSOs, and a wide ecosystem of DER players
✅ Modular SCADA – identifying the features and functionalities to prioritise for the mid to long term, to ensure the effective management of a renewables intensive grid
✅ SCADA-GIS – maximising situational awareness and visualisation through the effective integration of geographic information
✅ SCADA-OMS – improving outage response efficiency, operational coordination, and customer satisfaction to achieve regulatory compliance
✅ SCADA-AM – leveraging real-time operational data for smarter, faster, and more strategic maintenance and investment decisions
✅ DERMS – orchestrating a diverse range of DER assets in real time, to maintain grid reliability, seamlessly integrating with existing utility infrastructure and market structures
✅ Cloud – identifying the optimal use of cloud and hybrid-cloud solutions for the control room of the future to ensure operational stability and cost-efficiency
✅ AI & LLMs – implementing large language models to enhance human-machine collaboration and drive speed of decision making and problem solving in the control room of the future
✅ Flexibility – leveraging advanced SCADA features and functionalities to support next level provisioning, operation and verification of flexibility services
✅ State Estimation – implementing advanced measurement procedures, algorithmic strategies, real-time computing, system-specific modelling, and robust data management to ensure the reliability and actionability of information
✅ Fault Location – enhancing the detection and management of low fault current events, unintended relay operations from bidirectional flows, and power quality related faults resulting from renewables integration
✅ Forecasting – integrating vast volumes of complex data including weather and environmental, applying advanced AI algorithms and probabilistic forecasting, to increase the reliability and accuracy of power forecasts
To find out how you can participate:
Call: +44 (0)20 8057 1700
Email: registration@smartgrid-forums.com
