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Keep on top of the latest EnerGhentIC related news by scrolling through our news posts or by using the topic tags below


Rethinking Energy: an afternoon with Michael E. Webber
The 'EnerGhentIC - CAPTURE Café' is honoured to welcome Professor Michael E. Webber, one of the world’s leading voices on the complex challenges surrounding energy and the energy transition, for a special free lecture in Ghent.
3 days ago2 min read


Which individual technologies are feasible to decarbonise heating in dense urban neighbourhoods?
Decarbonising the heating need of narrow terraced houses in dense urban neighbourhoods is challenging, whether it is done by using individual or collective low-carbon heating solutions.
May 282 min read


PhD defense alert: Wito Plas
A Leaf-Resolved CFD Model for Coupled Heat and Mass Transfer in Plant Canopies You are invited to join the PhD Defense of: Name : Wito Plas Title : A Leaf-Resolved CFD Model for Coupled Heat and Mass Transfer in Plant Canopies Topic : In this study, a new, more detailed model is proposed to simulate airflow, temperature, and humidity around plants in a controlled environment. Currently, plants are usually approached as “porous zones”: simplified blocks of plant material that
Mar 312 min read


PhD defense alert: Abdellatif Aboutaleb
Behaviour and Filtering of Supraharmonics Generated by Grid Connected Converters in Low Voltage Grids You are invited to join the PhD Defense of: Name : Abdellatif Aboutaleb Title : Behaviour and Filtering of Supraharmonics Generated by Grid Connected Converters in Low Voltage Grids Topic : Power-electronic grid-connected converters are essential building blocks of modern low-voltage power systems, but they also generate high-frequency distortions known as supraharmonic emiss
Mar 302 min read


PhD defense alert: Niels Pynaert
AWEsim: A Geometry-Resolved Aero-Servo-Elastic Framework for Airborne Wind Energy Simulations Your are invited to join the PhD Defense of: Name : Niels Pynaert Title : AWEsim: A Geometry-Resolved Aero-Servo-Elastic Framework for Airborne Wind Energy Simulations Topic : Airborne Wind Energy (AWE) is a renewable energy technology that converts wind power using autonomously controlled aircraft. These aircraft fly on a tether in circular patterns perpendicular to the wind. Becaus
Feb 191 min read
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