ABOUT
DAEDALOS
MISSION
The DAEDALOS project focuses on optimizing the connection between power system design, pre-operational planning, and real-time monitoring and control to effectively manage the stability of future power systems, including hybrid AC/DC and HVDC grids.
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The overall goal of DAEDALOS is to develop and test in two realistic demonstrators’ environment, innovative tools granting grid stability and reliability within the complex context of hybrid AC/DC systems and HVDC power grids.
KEY OBJECTIVES
Technological objectives
Design of control systems for hybrid AC/DC and HVDC grids based on end-users needs and requirements and European framework and standards
Development of a platform with exchangeable modules using a standardized interface, enabling MVDC / HVDC Grid Planning, Operation and Monitoring
Development and implementation of specific ancillary services relevant for hybrid AC/DC grids (with HVDC and MTDC systems) characterized by low inertia
Development of techniques and tools for the identification, analysis and mitigation of low frequency oscillations in power electronic dominated AC/DC grids
Realisation of two demo environments to implement and test the proposed models, algorithms and technical solutions
Non technological objectives
To deploy a sound strategy towards the exploitation and replication of the DAEDALOS achievements also enabling new business models for the developed solutions
To deliver an early, open and transparent promotion of DAEDALOS results through a comprehensive Dissemination and Communication and Training Plan
DEMONSTRATION
The project aims at realizing two demonstrators in two different European countries.
demo 1
This demo will be employed to validate tools and a set of ancillary services
demo 2
This demo will be employed to validate the tools and controls related to the low frequency oscillation analysis
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