SDG 7: Affordable and Clean Energy at Beirut Arab University (BAU)

Beirut Arab University (BAU) is committed to Sustainable Development Goal 7 (Affordable and Clean Energy), which aims to ensure access to reliable, sustainable, and modern energy for all bau.edu.lb. Across its four campuses – Beirut, Debbieh, Tripoli, and Bekaa – BAU pursues SDG7 through a holistic approach in education, research, campus operations, and community outreach. The following report details BAU’s contributions in these areas, backed by publicly available evidence.

Academic Initiatives in Clean and Renewable Energy

• Specialized Degree Programs: BAU offers dedicated academic programs focused on clean energy. Notably, the Faculty of Engineering launched a Renewable Energy Engineering (RNEE) undergraduate program based at Debbieh campus. This intensive program (150 credits over 5 years) equips students to design, build, and operate green energy infrastructure, covering fundamentals of material, mechanical, thermal, and electrical engineering globetoday.net. Advanced coursework spans solar and wind energy, photovoltaic cells, hydropower, and geothermal energy, providing both strong theoretical background and practical skills globetoday.net. The curriculum culminates in a multi-semester capstone project where student teams apply clean energy engineering principles in real-world designs globetoday.net, reinforcing hands-on learning.
• Energy-Focused Courses: Beyond full degree programs, BAU integrates renewable energy topics throughout its curriculum. Engineering students take courses such as “Introduction to Renewable Energy” and “Renewable Energy Resources in Lebanon”, which cover photovoltaic and wind system design, fuel cells, energy storage, and the local energy context. These courses align academic learning with SDG7 by emphasizing alternative energy technologies and efficiency solutions globetoday.net. Architecture and science programs also address sustainable energy in building design and environmental management, reflecting BAU’s interdisciplinary approach to energy education.
• Student Projects and Competitions: BAU actively involves students in energy-related projects that benefit both their education and the community. Engineering and architecture students participate in competitions and capstone projects targeting sustainability challenges. For example, BAU reports that students have helped install solar panels in underserved areas and conduct energy audits for public buildings as part of community engagement learning. By tackling real energy problems, students gain experience while spreading renewable energy solutions locally. Such initiatives nurture a new generation of engineers and architects equipped to advance clean energy access.

Research Initiatives and Collaborations in Sustainable Energy

• Applied Research Centers: BAU conducts research on energy efficiency and renewable technologies through its centers and faculty projects. The Research Center for Environment and Development (RCED), established in 2010, has a mandate to “conduct applied research to protect and conserve natural resources… [including] energy efficiency and renewable energy” bau.edu.lb. Through RCED and faculty labs, BAU researchers explore innovations like energy-efficient building materials, renewable energy integration in architecture, and sustainable energy policy. This research directly supports SDG7 by generating new knowledge and technologies for clean power and conservation.
• Campus as a Living Lab: BAU leverages its campuses for cutting-edge energy research and pilot projects. A prime example is the design and implementation of a 500 kWp solar microgrid at the Beirut campus, which has been studied as a case for campus sustainability. Researchers reported that this solar‐diesel hybrid system now supplies about 67% of the Beirut campus’s electricity demand during winter days, significantly cutting costs and emissions researchgate.net. The success of this project, published in 2023, demonstrates BAU’s ability to turn its infrastructure into a research-backed solution for renewable energy integration. Findings from such case studies not only improve BAU’s energy self-sufficiency, but also provide a model for other institutions in Lebanon grappling with energy shortages researchgate.net.
• Clean Energy Research Collaborations: BAU actively collaborates with national and international partners on sustainable energy research initiatives. The university partners with organizations to advance clean energy projects and policy – for instance, BAU was a key Lebanese partner in the EU-funded GR.ENE.CO (Green Energy for Green Companies) project iai.it. This 1.7 million euro project (2013–2015), involving Italy, Egypt, and Lebanon, aimed to reduce greenhouse gas emissions and improve energy efficiency in the agricultural sector by adopting renewable energy at farms iai.it. Through GR.ENE.CO, BAU researchers and students worked alongside government agencies (like the Ministry of Agriculture) and international experts to pilot biofuel, solar, wind, and hydro energy solutions on Lebanese farms iai.it. Such collaborations not only yield research outputs and technology demonstrations, but also build local capacity in clean energy. BAU’s engagement in these multi-partner projects underscores its role in driving innovation for SDG7 beyond campus boundaries.

Sustainable Energy Practices on Campus Operations

BAU has made its campus operations a showcase of energy efficiency and renewable energy adoption, continuously upgrading facilities in Beirut and expanding improvements to Debbieh, Tripoli, and the new Bekaa campus:

• Solar Photovoltaic Installations: The university has invested heavily in on-site solar power to reduce reliance on fossil fuels and the unstable grid. At the Beirut campus, BAU increased its solar PV capacity from 310 kW to 435 kW in 2025 through rigorous maintenance and system optimization iau-hesd.net. This solar array (see Figure 1) generates a substantial portion of the campus’s electricity demand, cutting generator fuel use and carbon emissions. Plans are underway to replicate this success at other locations – by end of 2026, BAU is extending solar systems to the Debbieh campus (targeting 1.6 MW capacity) and the Bekaa campus (100 kW), ensuring all campuses can access clean, self-generated energy iau-hesd.net. These large-scale installations will transform Debbieh (the main engineering campus) into a mostly solar-powered site, and integrate renewable energy into the Bekaa campus from its inception. They demonstrate BAU’s operational commitment to SDG7 through capital investment in renewables.

Figure 1: Solar photovoltaic panels installed on BAU’s Beirut Campus rooftops, part of a 435 kW system supplying campus electricity iau-hesd.net.

• Energy-Efficient Infrastructure: In parallel with adding renewables, BAU continuously upgrades campus infrastructure for higher energy efficiency. The university has retrofitted lighting systems at the Beirut campus, replacing 15–40% of conventional lights with LED fixtures in recent years iau-hesd.net. This transition to LED technology (with a goal of 80% coverage by 2026) dramatically lowers electricity consumption for lighting and reduces maintenance costs, directly shrinking BAU’s carbon footprint iau-hesd.net. Other measures include improving building insulation and HVAC efficiency – BAU reports efforts to enhance insulation in facilities and optimize air conditioning, especially critical in Tripoli’s and Beirut’s warm climates. Moreover, smart building management systems and timers are introduced to eliminate energy wastage. These steps align with SDG7’s emphasis on energy efficiency; as BAU notes, upgrading to LED and better insulated buildings are key to cutting campus energy use and associated emissions iau-hesd.net.
• Sustainable Campus Design (Bekaa Campus): BAU’s forthcoming Bekaa campus is being developed with sustainability principles from the ground up. The new campus is envisioned as a research and education hub for sustainable practices in a semi-rural setting, strengthening rural-urban connectivity while preserving natural resources iau-hesd.net. In practice, this means the Bekaa site will incorporate renewable energy systems and energy-efficient design from its inception. Solar panels (100 kW planned) will provide clean power iau-hesd.net, and buildings are expected to utilize passive design for heating/cooling and efficient lighting. By embedding SDG7 goals into the master plan, BAU ensures the Bekaa campus will model affordable, clean energy use on an institutional scale. Together, the solar expansions, efficiency retrofits, and green building designs across all BAU campuses illustrate a comprehensive operational strategy to minimize energy consumption and maximize renewable supply.

Awareness and Outreach on Energy Issues

BAU recognizes that achieving SDG7 also requires educated communities and stakeholders. The university therefore engages in numerous awareness campaigns, public lectures, and workshops to promote clean energy understanding both on campus and in the broader society:

• Workshops and Seminars: BAU regularly organizes workshops, training sessions, and seminars on topics such as energy efficiency, solar photovoltaic technology, and sustainable energy practices. These events target students, faculty, professionals, and sometimes the general public. For example, the Faculty of Architecture in Tripoli hosted a “Building Energy Modelling and Monitoring” workshop for practitioners and students, providing hands-on training in optimizing building energy performance. Similarly, the Engineering faculty has run technical workshops on solar panel installation and energy auditing techniques. Such capacity-building sessions impart practical skills and emphasize the importance of clean energy solutions, reinforcing BAU’s educational mission beyond formal coursework.
• Public Lectures and Events: The university invites experts and partners to discuss energy and sustainability challenges in public forums. BAU has held campus events for occasions like World Energy Day and Earth Hour, where talks and exhibitions encourage energy conservation. In Tripoli, BAU co-sponsored a public lecture at the local Order of Engineers about renewable energy integration in buildings, linking academic knowledge with industry practice. These outreach events stimulate dialogue on Lebanon’s energy crisis and solutions, positioning BAU as a thought leader in the transition to renewables.
• Community Engagement Campaigns: Through partnerships and student initiatives, BAU extends clean energy awareness into the community. Under the EU-funded GR.ENE.CO project, BAU led “Green Behavior” seminars in Lebanese schools, educating younger generations about renewable energy and sustainability goals. BAU students and staff visited schools to demonstrate solar and bioenergy concepts, aiming to inspire energy-conscious behavior early on. Additionally, BAU collaborated with the Ministry of Agriculture to train “Green Energy Promoters” – a cohort of 20 individuals were certified in May 2015 after completing a BAU-led course on promoting energy efficiency in the farming sector. This initiative, part of GR.ENE.CO, empowered local promoters to advocate for clean energy practices in rural communities. By working directly with schools, farmers, and municipalities, BAU helps raise public awareness and build grassroots support for affordable, clean energy iai.itiai.it. These efforts highlight BAU’s role not just as an educator of enrolled students, but as an educator of the community on sustainable energy.

Partnerships and Collaborations Supporting Clean Energy

Achieving SDG7 requires broad collaboration, and BAU has forged partnerships at the national and international levels to advance affordable, clean energy:

• International Projects: BAU actively participates in multi-country projects focused on renewable energy development. A flagship example is GR.ENE.CO (Green Energy for Green Companies), under the ENPI CBC Mediterranean framework, where BAU represented Lebanon alongside partners from Italy and Egypt. Through GR.ENE.CO (2013–2015), BAU contributed to implementing various renewable energy solutions (solar PV, wind, biofuel, etc.) on farms and shared expertise to improve energy efficiency in agribusiness iai.it. The project’s €1.7 million funding and cross-border knowledge exchange significantly built capacity for clean energy in the region. BAU’s involvement in GR.ENE.CO demonstrates how the university leverages international collaboration to pilot sustainable energy technologies and inform policy (e.g., recommendations to reduce agricultural reliance on diesel generators). Similarly, BAU faculty have joined EU research consortia and regional initiatives (such as CES-MED and MED-Solar) aimed at training local authorities, transferring clean technology know-how, and developing sustainable energy action plans for communities iai.itiai.it. These collaborations amplify BAU’s impact on SDG7 beyond its campuses by contributing to Lebanon’s national energy goals and regional sustainable development.
• National and Industry Partnerships: Within Lebanon, BAU partners with government agencies, NGOs, and industry to support clean energy adoption and policy. The university’s experts work with bodies like the Lebanese Center for Energy Conservation (LCEC) and ministries on studies and panels addressing the country’s power crisis. BAU has an MoU with the Ministry of Environment that explores renewable energy and ecological initiatives, indicating alignment of academic research with national policy needs. In the private sector, BAU engages with energy companies and green startups to provide expert consultation and student internships, ensuring that academic innovations translate into practical solutions. This engagement with industry has facilitated joint research and development in areas such as solar technology and sustainable building design bau.edu.lb. It also keeps BAU’s curriculum and labs attuned to the evolving clean energy market, benefiting students’ career readiness. Through these networks, BAU acts as a bridge between academia, government, and industry, rallying all stakeholders toward affordable and clean energy.
• Global Sustainability Networks: BAU’s commitment to SDG7 is reinforced by its participation in global higher-education sustainability networks. For instance, BAU is a signatory to the UN Global Compact and reports on progress in energy and climate targets iai.it. The university is also active in the International Association of Universities (IAU) cluster for sustainable development, where it shares best practices (BAU itself leads IAU’s SDG9 cluster and contributes to others). These networks enable BAU to exchange knowledge on clean energy education and operations with universities worldwide, and to benchmark its performance (as reflected in rankings such as THE Impact Rankings for SDG7). By collaborating internationally, BAU stays at the forefront of sustainable energy strategies in higher education.

Conclusion

Across its Beirut, Debbieh, Tripoli, and Bekaa campuses, Beirut Arab University demonstrates a comprehensive approach to Affordable and Clean Energy (SDG7). Through specialized academic programs and courses, BAU is educating future leaders in renewable energy engineering. Through vibrant research and partnerships, it is driving innovation in energy efficiency, from solar-powered campuses to sustainable policy in farming. By greening its own operations – installing solar panels, retrofitting with LEDs, and planning eco-friendly campuses – BAU “walks the talk” in reducing energy consumption and emissions iau-hesd.netiau-hesd.net. Finally, through outreach campaigns, workshops, and collaborations, BAU raises awareness and builds capacity for clean energy well beyond its walls, supporting Lebanon’s transition to a sustainable energy future iai.itiai.it. These documented efforts and initiatives highlight BAU’s significant contributions to SDG7 via education, research, community engagement, and campus stewardship, positioning the university as a leading example of how higher education institutions can advance affordable and clean energy for all.