Administrative Divisions Al-Mustaqbal Energy Research Center
During the visit, a selection of student projects and applied research were presented, showcasing the university’s commitment to sustainable development, clean energy, and the integration of modern technologies in solving environmental and energy challenges. This visit reflects the joint efforts of the college and the research center to strengthen academic collaboration and ensure the success of the Sustainability Camp, preparing a new generation of engineers capable of leading the transition toward a more sustainable and energy-efficient future.
In line with its strategic vision aimed at academic openness and enhancing its global presence, Al-Mustaqbal University held a series of meetings chaired by Prof. Dr. Hassan Shakir Majdi, President of the University, to discuss mechanisms for activating international cooperation agreements signed with several reputable global universities. The meetings were attended by Prof. Dr. Mudhafar Sadiq Al-Zuhairi, Director of Scientific and Academic Supervision, along with a number of college deans and the Director of the Cultural Relations Department, as well as the Director of Al-Mustaqbal Center for Energy Research, who participated in the discussions on research collaboration in renewable energy and sustainability. He presented the center’s vision for expanding international scientific partnerships in the fields of clean energy and green technologies. During the discussions, communication was made with several distinguished British and American universities to explore new opportunities for collaboration, in alignment with the Iraqi Ministry of Higher Education and Scientific Research’s strategy to internationalize higher education and enhance joint academic and research partnerships. The University President emphasized the importance of utilizing these agreements and partnerships to advance the university’s global objectives, calling for practical action plans to activate cooperation in priority areas, particularly in scientific research, academic exchange, and the development of joint academic programs. He also stressed the need to transform these agreements into tangible projects that contribute to raising academic and research performance, strengthen the university’s presence in international scientific networks, and align with the Sustainable Development Goals (SDGs) and the Ministry’s vision for promoting excellence and quality across higher education institutions. These meetings come as part of Al-Mustaqbal University’s ongoing efforts to solidify its position as a leading institution committed to academic and research excellence at both the regional and global levels.
This diagram illustrates how Maximum Power Point Tracking (MPPT) controllers play a crucial role in modern solar power systems. What is MPPT? MPPT stands for Maximum Power Point Tracking. It’s an advanced technique used to extract the maximum possible power from a solar panel under varying sunlight and temperature conditions. How It Works: • Solar panels convert sunlight into DC electricity. • The MPPT controller continuously monitors the voltage and current output of the solar panels. • It automatically adjusts the electrical operating point to ensure the system runs at the maximum power point — the “sweet spot” where voltage and current multiply to give the highest power. • The optimized power is then supplied to batteries, inverters, or loads efficiently, minimizing losses and boosting overall energy yield. Benefits of MPPT Controllers: Increases energy efficiency by 20–30% compared to traditional charge controllers. Adapts to changing weather and shading conditions. Prolongs battery life by ensuring optimal charging. Enhances overall system reliability and performance. As renewable energy adoption grows, MPPT technology continues to make solar systems smarter, more efficient, and more sustainable.
Today marked the beginning of the practical phase of the course, where engineers provided a detailed explanation on how to connect solar energy systems and determine the appropriate number of solar panels according to the electrical load capacity and the type of system being used. They also discussed the function of inverters and their role in converting energy from direct current (DC) to alternating current (AC), along with an explanation of the different types of inverters and their applications in residential, commercial, and hybrid systems. The practical session also included hands-on applications on real solar system models, where participants conducted initial design calculations and learned the steps of safe interconnection between panels, batteries, and inverters, in addition to analyzing system performance and interpreting technical results. Participants expressed great enthusiasm for benefiting from the practical training, which allowed them to combine theoretical knowledge with real-world application, thus enhancing their technical skills in designing and implementing solar energy projects. This activity comes as part of the Solar Energy Hackathon competition organized by the center, which aims to prepare a generation of qualified individuals capable of creating sustainable solutions in the field of renewable energy, supporting the shift towards clean energy in line with the Sustainable Development Goals (SDGs).
Solar energy is one of the most promising renewable resources for building a sustainable future. However, the performance and reliability of solar photovoltaic (PV) modules can be significantly affected by certain manufacturing defects or issues during handling and installation. Key defects and their impacts include: • Micro-cracks: Often caused by mishandling or lamination stress. • Potential Induced Degradation (PID): Can reduce performance by up to 30% within 2–3 years. • Delamination: Moisture ingress may cause 8–10% long-term power loss. • Hot Spots: Localized heating can lead to 2–6% short-term yield loss. • Snail Trails: May reduce long-term efficiency by up to 2%. • Bubbles and voids in EVA: Moisture penetration can lower efficiency by 5–7% over time. • Glass breakage/edge chipping: Immediate rejection or field failure. Energy experts stress that ensuring proper quality control during manufacturing, transport, and installation is crucial to maximize module reliability and long-term performance. Such measures are key to advancing high-quality solar technologies, achieving maximum renewable energy output, and accelerating the global shift toward clean energy solutions.
The Al-Mustaqbal Energy Research Center continues the activities of its “Solar Energy Hackathon” training program, launched as part of its initiatives to empower students and professionals in the field of renewable energy, with wide participation from engineering students and specialists. The session featured a comprehensive introduction to solar energy, covering fundamental concepts, its importance in the global transition to clean energy, and practical applications in electricity generation and carbon emission reduction. Dr. Ammar delivered a specialized lecture on PV Syst, one of the leading global software tools used for designing and evaluating photovoltaic systems. His detailed explanation included how to use the software to estimate power output, analyze performance, and conduct technical and economic feasibility studies for solar projects. The lecture also included interactive, hands-on training, enabling participants to practice directly with the software, thereby enhancing their skills in system design and real-world problem-solving within the solar energy sector. This training is part of the broader Solar Energy Hackathon competition, which combines specialized workshops and practical sessions, ultimately leading to the design of complete solar power projects to be evaluated by a panel of experts at the final stage. The center’s administration emphasized that the goal of the program is to equip a new generation of professionals with innovative, sustainable energy solutions, while bridging theoretical knowledge with practical applications to support national and global sustainable development goals.
The Smart Way English Kindergarten hosted a joyful and knowledge-rich graduation ceremony for its students, marked by an engaging and interactive atmosphere. The event was distinguished by the valued participation of the Energy Research Center at Al-Mustaqbal University and the College of Engineering Technologies, whose contributions added depth and inspiration to the celebration. As part of the program, the students took part in a series of educational competitions and interactive quizzes designed in a fun and simplified manner. These activities introduced the children to the Sustainable Development Goals (SDGs) and the concept of renewable energy, including its various types and the positive impact it has on both the environment and society. To encourage a spirit of healthy competition, solar-powered lamps were distributed as special prizes to the students who answered questions correctly. These thoughtful gifts were generously provided by the Future Energy Sales Center, located on Street 40, as part of its ongoing commitment to community awareness and education. At the conclusion of the ceremony, the kindergarten administration expressed its deep appreciation and gratitude to the Energy Research Center and the College of Engineering Technologies for their valuable efforts and unique contributions, which enriched the event with both useful knowledge and entertaining activities. The administration further emphasized that such initiatives play a vital role in raising environmental and scientific awareness among students, while nurturing a culture of sustainability and responsibility that will positively influence their future education and lives.
As part of its continuous efforts to attract distinguished academic competencies, Al-Mustaqbal Center for Energy Research conducted a scientific interview with Mr. Hameed Baqir, one of the applicants seeking an academic position at Al-Mustaqbal University. The interview was chaired by Prof. Dr. Salwan Obeid Waheed, Director of the Center, accompanied by Prof. Dr. Qusay Rasheed Abdulameer. During the session, the candidate delivered a detailed presentation highlighting the core aspects of his Master’s thesis, which focused on wind energy utilization and electricity generation through air turbines. His presentation demonstrated both scientific depth and clarity, emphasizing the crucial role of renewable energy in addressing challenges associated with conventional energy sources and supporting the global shift towards sustainable and clean energy solutions. Prof. Dr. Selwan stressed that Al-Mustaqbal University is keen to engage highly qualified academics capable of enriching the fields of research and teaching, noting that such interviews are part of the Center’s mission to select the most suitable academic figures who can positively contribute to students’ learning outcomes and enhance the university’s research profile. For his part, Mr. Baqir expressed his eagerness to be part of Al-Mustaqbal University’s academic journey, confirming his readiness to apply his research expertise in serving both students and the Center, particularly in the field of renewable energy studies and practical applications. This initiative reflects the commitment of Al-Mustaqbal Center for Energy Research to adopting a rigorous academic approach in selecting candidates, thereby reinforcing the University’s standing as a pioneering institution dedicated to keeping pace with scientific advancements, especially in the vital field of renewable and clean energy.