Study and Simulation of Self-supply of a Building by Photovoltaic Energy

Touhami  GHAITAOUI; Slimane  LARIBI; Fatima  Zohra ARAMA; Feryal Ben moussa; Essama Ahmed Ghaitaoui; Youcef Halali; Ilyace  Arbaoui

Touhami GHAITAOUI Sustainable Development and Information Laboratory (LDDI), Faculty of Science and Technology, Ahmed Draia University, Adrar, Algeria
Slimane LARIBI Sustainable Development and Information Laboratory (LDDI), Faculty of Science and Technology, Ahmed Draia University, Adrar, Algeria
Fatima Zohra ARAMA Sustainable Development and Information Laboratory (LDDI), Faculty of Science and Technology, Ahmed Draia University, Adrar, Algeria
Feryal Ben moussa Sustainable Development and Information Laboratory (LDDI), Faculty of Science and Technology, Ahmed Draia University, Adrar, Algeria
Essama Ahmed Ghaitaoui Sustainable Development and Information Laboratory (LDDI), Faculty of Science and Technology, Ahmed Draia University, Adrar, Algeria
Youcef Halali Sustainable Development and Information Laboratory (LDDI), Faculty of Science and Technology, Ahmed Draia University, Adrar, Algeria
Ilyace Arbaoui Sustainable Development and Information Laboratory (LDDI), Faculty of Science and Technology, Ahmed Draia University, Adrar, Algeria

Keywords: PV system load profile demand management sizing approximate studies of loads

Abstract

Offcial statistics show that two billion people in the world do not have direct access to the electricity grid. For this purpose, an autonomous photovoltaic system (SPVA) is one of the solutions that can fix this problem. The optimizing of an SPVA is a very complex issue. Therefore, a compromise solution must be made between having acceptable energy and economic cost for the consumer, and a relatively good quality of energy supply. The management of load profiles, in order to get closer to the ideal solar consumer, allows for reducing the size of the system. the objective of this work is dimensioning of a photovoltaic installation applied to a building case of laboratory University of Adrar (LDDI) given with all the different steps to follow

Author Biographies

Touhami GHAITAOUI , Sustainable Development and Information Laboratory (LDDI), Faculty of Science and Technology, Ahmed Draia University, Adrar, Algeria

Slimane LARIBI, Sustainable Development and Information Laboratory (LDDI), Faculty of Science and Technology, Ahmed Draia University, Adrar, Algeria

Fatima Zohra ARAMA, Sustainable Development and Information Laboratory (LDDI), Faculty of Science and Technology, Ahmed Draia University, Adrar, Algeria

Feryal Ben moussa , Sustainable Development and Information Laboratory (LDDI), Faculty of Science and Technology, Ahmed Draia University, Adrar, Algeria

Essama Ahmed Ghaitaoui , Sustainable Development and Information Laboratory (LDDI), Faculty of Science and Technology, Ahmed Draia University, Adrar, Algeria

Youcef Halali , Sustainable Development and Information Laboratory (LDDI), Faculty of Science and Technology, Ahmed Draia University, Adrar, Algeria

Ilyace Arbaoui, Sustainable Development and Information Laboratory (LDDI), Faculty of Science and Technology, Ahmed Draia University, Adrar, Algeria