Overview
The University pursues energy efficiency as both an operational discipline and an educational commitment, suited to the high cooling demand of its climate.
The University pursues this goal across its teaching, its scientific research, its campus operations and its service to the community. The sections below set out how it delivers the goal, the activities held during the year, the research its academics published, and the policies that underpin its commitment.
How the University delivers this goal
- Applies a campus-wide energy-efficiency standard to equipment, renovations and new builds.
- Conducts regular energy reviews and audits to find and reduce waste.
- Operates a carbon-management approach addressing the high cooling demand of its climate.
- Embeds energy efficiency and clean energy in its curricula and community education.
- Offers research and expert input on clean-energy and energy-efficient technology.
Activities in 2023/24
- An energy-conservation programme covering air-conditioning, lighting and office equipment continued to reduce consumption across University buildings, supported by staff awareness and routine monitoring.
Research & publications in 2023/24
During 2023/24, researchers at Future University in Egypt published 182 Scopus-indexed research outputs that contribute to this goal, across its faculties and research centre. Representative works include:
- A review of water electrolysis for green hydrogen generation considering PV/wind/hybrid/hydropower/geothermal/tidal and wave/biogas energy systems, economic analysis, and its application. Awad, M. and 9 more (2024). Alexandria Engineering Journal · cited 248 times.
- Optimizing energy Dynamics: A comprehensive analysis of hybrid energy storage systems integrating battery banks and supercapacitors. Fatih Guven, A. and 3 more (2024). Energy Conversion and Management · cited 215 times.
- Mitigating Uncertainty Problems of Renewable Energy Resources Through Efficient Integration of Hybrid Solar PV/Wind Systems Into Power Networks. Ahmed, M.M.R. and 9 more (2024). IEEE Access · cited 199 times.
- Effects of activation energy and chemical reaction on unsteady MHD dissipative Darcy–Forchheimer squeezed flow of Casson fluid over horizontal channel. Li, S. and 7 more (2023). Scientific Reports · cited 195 times.
Policies supporting this goal
Back to the 2023/24 report Overall report 2023/24
