Inscrivez-vous à notre newsletter
Notre boutique utilise des cookies pour améliorer l'expérience utilisateur et nous vous recommandons d'accepter leur utilisation pour profiter pleinement de votre navigation.
This project research aims to investigate through modelling and simulation the components which will allow the Baglan Hydrogen Centre to operate as a stand-alone system by combining both the solar PV array system which already exists with a wind turbine as a hybrid system to improve the reliability of the Baglan Hydrogen Centre for stand-alone operation.
Where the most important objectives were determining the existing and maximum capacity that can be achieved from the site PV panels and determine the optimum sizing for electrolyser, fuel cell and hydrogen storage, by using data gathered.
Libye
Farag Mohamed Mahmud Hamad AlmghrbyMaster’s degree in Renewable Energy & Resource Management.
The University of South Wales.
The UK, Assistant Professor at Higher Institute for Comprehensive Studies of Ajdabiya, University of Ajdabiya, University of Bright Star.
Attention : dernières pièces disponibles !
Date de disponibilité: