Lecture
Real-Time Control Framework for Active Distribution Networks
Related lectures (25)
Real-Time Control Framework for Active Distribution Networks
Introduces a real-time control framework for active distribution networks, emphasizing fast control strategies and the optimization of grid resources.
Characterizing the RPC Area of ADN
Covers the characterization of Reserve Provision Capability area in Active Distribution Networks for grid ancillary services.
Ancillary Services: TSO Perspective
Covers practical challenges and developments in ancillary services from the TSO perspective, including coordination, balancing markets, legal provisions, and collaboration with DSOs.
Electrical Infrastructure: Challenges and Innovations
Explores challenges and innovations in the Swiss electrical infrastructure, covering system flexibilities, stability, reserves, services, market evolution, and collaborations with partners.
Practical Challenges and Developments: TSO Perspective
Explores challenges and developments in ancillary services from the TSO perspective.
Heat Reserves Project
Introduces the Heat Reserves Project, utilizing thermal resources in buildings for grid stability and efficiency.
Electricity Market: Balancing and Liberalization
Explores ancillary services, capacity market, and electricity market liberalization, emphasizing system balancing and peak demand challenges.
Heat Reserves: Demand Response and Building Control
Explores using buildings for ancillary services and understanding building managers' cognitive processes.
Data-Driven Control: Applications and Methods
Covers Data-Driven Control methods and applications in various fields, emphasizing robustness and performance.
Voltage Support of Transmission Networks: Distributed Reactive Power Coordination
Covers distributed reactive power coordination for voltage support in transmission networks, including passive and active modes, control schemes, and PV system support.