Transmission and distribution Hybrid Networks with enhanced resilience and Robustness (THEUS)
THEUS project has received funding from the European Union's HORIZON Research and Innovation Actions programme and will be implemented in 2024-2027. It seeks to showcase a variety of cutting-edge methodologies, models, tools, and technologies designed to facilitate the implementation and efficient operation of hybrid grids. They are categorised by the type of network: High-Voltage (HV), Medium-Voltage (MV), and Low-Voltage (LV). These innovative solutions aim to support the future development of a pan-European AC/DC hybrid grid, ensuring interoperability and a stable energy supply across the continent.
Implementation
The implementation and efficient operation of a pan-European AC/DC hybrid grids across HV, MV, and LV networks is essential for integrating diverse energy sources, including renewable energies, into the power system. These grids enable seamless energy flow and distribution, ensuring that the growing electricity demand is met reliably and sustainably. To validate the effectiveness of these advancements, THEUS will test them in five distinct use cases based on data from planned and operational networks. This approach emphasises collaboration with key stakeholders and supports the transition towards a fully integrated pan-European AC/DC hybrid system architecture.
Impact
- Fostering interoperability between national energy systems;
- Enhancing cross-border energy trade and improving system resilience;
- Stable and secure energy supply across Europe, even in the face of fluctuating generation from renewables;
- Strengthening the EU’s energy independence, contributing to its climate goals;
- Promotion of economic growth by modernising the energy infrastructure.
SDGs
THEUS project is supporting the following Sustainable Development Goals (SDGS):
