Auteur : A. Mampuya Nzita

Co-Auteur : L. Mwanda Mizengi, P. Biabia Mumpele, S. Sibitali Aukawa, B. Ndaye Nkanka, G. Dituba Ngoma, C. N’zau Umba-di-Mbudi

Revue : International Journal of Electrical Engineering and Applied Sciences (IJEEAS)

Lien : https://ijeeas.utem.edu.my/ijeeas/article/view/6260

Résumé :

This study focuses on long-term energy demand planning for the residential sector of Boma, Democratic Republic of Congo, due to frequent power outages. The main objective is to analyze energy consumption, carbon dioxide emissions, and associated social costs using LEAP software. Quantitative and qualitative research methods were applied, including surveys of 757 residential consumers. The results show an increasing reliance on alternative energy sources, leading to significant environmental and economic consequences. General findings highlight the need to improve access to sustainable energy sources and promote electrification. Specific findings  indicate that the transition to renewable energy could reduce carbon dioxide emissions while improving household quality of life. Lessons learned emphasize the importance of energy planning to ensure a sustainable future.

Keywords : Boma, CO2 emissions, energy demand, LEAP, Sustainable energy sources