Research addressing renewable energy, energy efficiency, and sustainable power technologies.
Research on clean energy [List] (7.1)
Introduction:
Al-Ahliyya Amman University (AAU) is a national leader in research related to renewable energy, energy efficiency, and sustainable power technologies, contributing directly to SDG7 and SDG13.
Between 2023 and 2025, AAU produced a significant body of research aligned with clean-energy priorities, including:
- Solar photovoltaic optimization
- Photovoltaic-powered HVAC systems (CCHP)
- Wind power integration
- Micro-hydropower systems
- Smart energy monitoring and IoT-based energy analytics
- Energy-efficient building design
- LED and lighting optimization
- Thermal comfort and HVAC zoning efficiency
- Smart-grid modeling
- Energy-aware architectural design
- Carbon reduction modeling
- Clean-energy entrepreneurship and low-carbon economy innovations
AAU generated 326 research contributions for SDG7 and 80 for SDG13, demonstrating the University’s commitment to advancing energy science, innovation, and climate solutions.
The research ecosystem is supported by:
- Hourani Center for Applied Scientific Research (HCASR)
- Center for Innovation & Entrepreneurship (CIE)
- Sustainability & International Ranking Center (SIRC)
- Faculty of Engineering
- Faculty of Architecture & Design
- Computer Center (ICT for Energy Modeling)
- Hourani e-Learning Center (digital dissemination)
This section presents AAU’s evaluation of its clean-energy research performance and outlines development actions and benchmarking aligned with global best practices.
| # | Research Title | Link |
| 1. | ||
| 2. | ||
| 3. | ||
| 4. | ||
| 5. | ||
| 6. | ||
| 7. | ||
| 8. | ||
| 9. | ||
| 10. |
Impact Evaluation & Development Plan
- Performance Evaluation
AAU demonstrates a strong research performance in clean energy through:
- Documented and operational research governance
Research on renewable energy is supported by clear policies such as:
- Energy Efficiency & Clean Energy Education Policy
- Innovation and Low-Carbon Economy Support Policy
- Carbon Management and Emissions Reduction Policy
These frameworks ensure that research aligns with national and global sustainability priorities.
- Strong research output (326 publications in SDG7 topics)
Research contributions at AAU demonstrate strong leadership in clean-energy innovation and sustainability science. Key areas of advancement include:
- Advanced studies on optimizing solar photovoltaic performance and maximizing renewable-energy output
- Research on integrating wind and hydropower technologies within campus energy systems
- Development of smart-building energy models applied across the University’s full built environment
- Comprehensive modeling of a zero-carbon campus and analysis of AAU’s net-zero emissions profile
- Investigations into high-efficiency appliance performance and optimization to support energy-saving outcomes across all facilities
These research efforts collectively strengthen AAU’s role as a national and regional contributor to renewable-energy innovation and climate-action knowledge.
- Interdisciplinary participation
Faculty from engineering, architecture, ICT, sustainability, and applied sciences collaborate on clean-energy research.
- Integration with real campus systems
AAU uses its 100% renewable-energy campus as a living laboratory for research in:
- PV–HVAC integration
- Smart metering
- IoT energy dashboards
- Predictive analytics for energy demand
- Alignment with national energy strategies
Research supports Jordan’s national energy efficiency and renewable energy goals (solar, wind, and decarbonization strategy).
- Development Actions
Action 1: Establish an annual Clean Energy Research Report documenting publications, projects, innovations, and industry collaborations.
Action 2: Launch a Renewable Energy Research Hub connecting engineering, ICT, and sustainability centers.
Action 3: Digitize all clean-energy research outputs through an open-access platform hosted by the Hourani e-Learning Center.
Action 4: Introduce joint research programs with local industries (energy companies, EV sector, green-building companies).
Action 5: Develop performance indicators to measure research impact on:
- renewable energy adoption,
- energy-efficiency improvements,
- carbon reduction outcomes,
- community and industry engagement.
- Benchmarking & Best Practice
Global Best Practices Adopted
- Research aligned with UNESCO Greening Education Framework
- Integration of PV, wind, and hydropower systems aligned with IEA and IRENA recommendations
- Smart buildings and energy modeling aligned with ASHRAE and LEED research guidelines
- Clean-energy entrepreneurship aligned with UNIDO low-carbon innovation models
Localization to Jordan’s Context
- Full compliance with the Ministry of Higher Education research priorities
- Support for the National Renewable Energy Strategy (solar-first approach)
- Research contributions supporting Jordan’s Zero Carbon agenda
- Collaboration with national EV and green-building partners (e.g., KIA MoU)
Future Goal (By 2028)
AAU aims to become Jordan’s leading clean-energy research institution, with a fully digitized research ecosystem, smart labs, and industry-integrated renewable-energy innovation programs.
Institutional Integration Summary
Clean-energy research is fully embedded in AAU’s academic and scientific framework through policies, interdisciplinary research clusters, applied laboratory systems, and campus-wide renewable-energy infrastructure. By combining real-world energy systems, academic expertise, and innovative technologies, AAU ensures that research outputs directly support SDG7 and contribute measurable impact toward sustainable energy systems, national carbon neutrality, and global climate solutions.
