01Sustainability and International Ranking Center (SIRC)
Leads the monitoring and reporting of low-carbon energy data and ensures that energy-related indicators align with institutional sustainability goals and global frameworks.
Contact Office On
077.4.5
Low-Carbon Energy Use [Statistics]
Measurement of total energy used and proportion sourced from low-carbon or renewable sources.
Introduction
Al-Ahliyya Amman University (AAU) applies a comprehensive institutional framework to monitor energy consumption and assess the proportion of energy derived from low-carbon and renewable sources. The University’s long-term sustainability strategy integrates clean-energy production, efficient energy use, and continuous monitoring to reduce reliance on carbon-intensive sources and strengthen low-carbon performance across the entire campus.
This approach is supported by on-site renewable-energy systems, smart-building automation, optimized HVAC operations, energy-efficient lighting, and transparent environmental policies. Through systematic measurement and evaluation, AAU ensures that clean-energy integration and low-carbon operations remain central to its alignment with SDG7.
Centers and Departments
02Engineering and Maintenance Department
Oversees building systems, renewable-energy integration, and operational practices that support reduced dependence on carbon-intensive energy sources.
03Computer Center
Operates digital dashboards, smart meters، IoT sensors، and automation systems that capture real-time data for low-carbon energy evaluation.
04Hourani Center for Applied Scientific Research (HCASR)
Supports low-carbon energy analysis through research, modeling, and scientific assessments related to renewable-energy performance and energy efficiency.
05Faculty of Engineering
Provides technical insights into renewable-energy systems, clean mobility solutions، and low-carbon infrastructure that support energy monitoring.
Activities
01Renewable-Energy Production Monitoring
AAU continuously monitors its renewable-energy systems and evaluates their contribution to reducing reliance on carbon-intensive energy sources.
02Smart-Building Automation and Energy Dashboard Use
Buildings equipped with smart lighting, efficient HVAC systems، and advanced sensors provide essential data for analyzing low-carbon energy performance.
03Energy-Efficient Lighting and HVAC Upgrades
Campus-wide transitions to efficient lighting and high-performance HVAC systems directly support reductions in carbon-related energy use.
04Participation in National Sustainability Workshops
Faculty and staff take part in workshops on sustainable design and green energy, contributing to better understanding and implementation of low-carbon strategies.
05Electric Vehicle Education and Clean Mobility Programs
Through its collaboration with KIA Jordan, AAU promotes clean mobility solutions that reinforce the University’s transition toward low-carbon energy use.
Impact Evaluation & Development Plan
A
Performance Evaluation
- The University’s low-carbon energy practices are fully documented through policies and operational procedures.
- Renewable-energy systems significantly reduce dependence on carbon-based energy sources.
- Smart-building technologies support accurate evaluation and continuous optimization of low-carbon energy performance.
- Cross-department collaboration ensures robust monitoring and consistent alignment with sustainability objectives.
- Energy-efficient building upgrades contribute to lower carbon intensity across campus operations.
- Institutional improvements strengthen AAU’s overall clean-energy transition and long-term environmental goals.
B
Development Actions
- Action 1: Develop a fully integrated low-carbon energy dashboard to automate data collection and reporting.
- Action 2: Publish an Annual Low-Carbon Energy Performance Report summarizing clean-energy contributions and operational outcomes.
- Action 3: Provide specialized training for faculty, technicians، and administrators on low-carbon systems and renewable-energy integration.
- Action 4: Expand collaborations with national and international organizations to enhance low-carbon innovation and energy transformation.
- Action 5: Implement performance indicators that measure the effectiveness of low-carbon initiatives and guide long-term planning.
C
Benchmarking & Best Practice
Adopted Global Best Practices:- Modeled on international frameworks for tracking clean-energy adoption and carbon reduction. Incorporates best practices for campus-wide low-carbon transformation and renewable-energy integration.
- Supports national sustainability priorities and the country’s clean-energy transition. Reflects local policy frameworks and environmental considerations relevant to energy use.
AAU aims to operate under a fully digitized, transparent system for low-carbon energy management supporting long-term carbon neutrality.
Institutional Integration Summary
Low-carbon energy use is fully embedded within AAU’s institutional operations through renewable-energy systems, energy-efficient buildings، and structured monitoring mechanisms. By integrating clean technologies, smart infrastructure، and evidence-based planning, the University advances SDG7 and works toward a sustainable, low-carbon future. This ongoing commitment strengthens AAU’s position as a national leader in clean energy and environmental responsibility.
