Electrical networks

The electricity grid is a crucial part of the energy system of the future. With growing electrification (including heat pumps and electric vehicles) and an increase in intermittent renewable generation capacity (solar and wind), the electricity grid will be used more actively in the coming years. Within the electrical grid research line, we at EnergyVille investigate the design and operation of the electricity grid of the future.

Our research focuses on:

Decision support for low-voltage grids
Decision support for transmission grids
High-voltage direct current (HVDC) grids
Low-voltage direct current networks (DC Nanogrids)
Digitalisation

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The components of this research

Etch, the Energy Transmission Competence Hub, conducts pioneering research in the field of future-proofing electricity networks with large-scale integration of High Voltage Direct Current HVDC technology and underground cables.

At Etch, we go beyond the state-of-the-art as DC technology is key to deploy the future grid. It will bring huge capacity, flexibility and cost benefits in the future power system, but underground transmission will also benefit society. Through cutting-edge research, collaborative partnerships, and comprehensive training programs, we aim to accelerate the energy transition, and this in close partnership with industry professionals, policymakers, and stakeholders. Etch aims to navigate the complexities of evolving energy landscapes, ensuring reliable, resilient, and sustainable electricity systems for generations to come.

Etch was founded by EnergyVille and receives support from the Flemish Government.

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Innovative projects

Discover our leading projects related to electrical networks that contribute to accelerating the energy transition and a more sustainable future, together with partners from different sectors.

All projects

ProjectElectrical networks