Administrative Divisions Al-Mustaqbal Energy Research Center
As part of promoting scientific awareness and spreading the culture of renewable energy, Al-Warith Scout Association organized a scientific visit to the Energy Research Center at Al-Mustaqbal University on Sunday, 21/12/2025. The visit was conducted by Mustafa Fadhil Karim and Abbas Mitham Mahdi, with the aim of learning about the latest scientific and research projects carried out by the center in the field of renewable and sustainable energy. During the visit, the delegation reviewed a number of advanced research projects that contribute to environmental sustainability, in addition to exploring the specialized devices and laboratories available at the center and understanding their mechanisms of operation and practical applications. The delegation was received by the Director of the Energy Research Center, Dr. Salwan Obaid Waheed, who provided a comprehensive overview of the center’s objectives, research activities, and its role in supporting researchers and students, as well as its contribution to developing innovative scientific solutions in the field of renewable energy. The visit also included constructive discussions between both parties, during which an agreement was reached to enhance future cooperation, including the organization of joint scientific and educational workshops aimed at developing youth skills and increasing awareness of renewable energy technologies. At the conclusion of the visit, the visitors expressed their sincere thanks and appreciation to the center’s administration for the warm reception and fruitful cooperation, praising the pioneering scientific role of the Energy Research Center at Al-Mustaqbal University and emphasizing the importance of continued collaboration in the future.
As part of the practical and research activities carried out by the Energy Research Center at Al-Mustaqbal University to develop renewable energy applications in the agricultural sector, the solar irrigation system was connected to multiple types of solar panels during the previous day, with the aim of studying the system’s practical performance and collecting operational data under different operating conditions. The work included connecting the solar irrigation system with three different types of solar panels, as follows: • First type: A movable LONGi solar panel with a capacity of 545 W, used to study the effect of movement and tilt angle variation on energy production efficiency. • Second type: A Jinko solar panel with a capacity of 650 W, for the purpose of comparing its performance with other panel types while operating under the same load conditions. • Third type: The original solar panel of the irrigation system, a Maxma panel with a capacity of 200 W, which serves as a reference for comparison with the other panels. The connection process was implemented using an Optimizer system to enhance the performance of the solar panels and reduce energy losses. This setup also enabled the collection of accurate operational data, including voltage, current, power, and generated energy, while operating the solar irrigation system as the load. These activities were carried out under the supervision and implementation of Engineer Ali Nael Hassan and Researcher Israa Mohammed Hassan, who emphasized that this practical application represents an important step in supporting scientific research and conducting technical performance comparisons among different types of solar panels used in agricultural systems. The team indicated that the collected data will be utilized in research studies and applied experiments, as well as in the preparation of training workshops for students and those interested in solar energy and sustainable irrigation systems.
As part of enhancing practical knowledge and linking academic studies with modern scientific applications, first-year students of the Power Mechanics Engineering Department at Al-Mustaqbal University conducted a scientific visit to the Almustaqbal Energy Research Center. During the visit, the students participated in a comprehensive tour that included an overview of graduation projects related to renewable energy, as well as an introduction to the available devices and equipment used in advanced research and experimental work at the center. The tour also covered the research laboratories, where students learned about laboratory procedures and their role in supporting scientific research and developing sustainable energy solutions. The students were warmly welcomed by the Energy Research Center staff, who provided detailed explanations about the center’s activities, research objectives, and the importance of renewable energy in scientific development and environmental sustainability. The staff also answered students’ questions, contributing to an informative and engaging learning experience. At the conclusion of the visit, the students expressed their appreciation to the center’s staff for their hospitality and cooperation, noting that the visit significantly enhanced their understanding and helped bridge the gap between theoretical knowledge and practical application, thereby supporting their academic and professional development.
Al-Mustaqbal Ebbs Research Center at Al-Mustaqbal University recently welcomed a delegation of fifth-year students from the Vocational School along with their accompanying staff, as part of an educational visit aimed at familiarizing them with the center’s research and practical activities in the field of renewable energy. The visit began with a formal reception at the center, where the staff provided a detailed presentation on the center’s objectives, research areas, and the importance of renewable energy in achieving sustainable development. The delegation then visited the Registration Department, where students observed the registration process and learned about the various academic departments and educational services available to university students. Following this, the students toured the Future Center for Renewable Energy Research, exploring ongoing projects and advanced laboratory equipment. The center staff explained the operation of each device, its practical applications, and its role in developing sustainable energy solutions. Students also had the opportunity to interact with researchers, ask questions about experiments and ongoing studies, and gain practical insight into the theoretical knowledge they had acquired at the vocational school. The tour included demonstrations of projects in solar energy, wind energy, and energy storage, highlighting the latest models and technologies used to improve the efficiency of renewable energy systems. Students expressed great admiration for the advanced laboratories and equipment, noting that the visit significantly enhanced their understanding of practical applications in renewable energy. The center emphasized that such visits aim to strengthen collaboration with educational institutions, open new avenues for scientific and practical engagement, and inspire students to innovate and pursue research in sustainable energy fields. This visit is part of a series of educational and awareness-raising activities conducted by the Future Center for Renewable Energy Research, aligning with Al-Mustaqbal University’s vision to support scientific research, promote renewable energy culture, and motivate youth to engage in modern technical and engineering fields.
Al-Mustaqbal Energy Research Center at Al-Mustaqbal University welcomed a delegation from the Electricity Training Department in Babylon for a three-day field immersion visit, held from Sunday through Tuesday. The visit aimed to provide the trainees with an in-depth understanding of the center’s scientific capabilities, advanced research facilities, and ongoing projects in the field of renewable energy. During the visit, the delegation toured the center’s specialized laboratories, where they were introduced to a wide range of modern devices and research systems related to solar energy, photovoltaic technologies, control systems, energy storage, and alternative power applications. Researchers and technical staff at the center provided comprehensive explanations on the operational mechanisms of these systems, methods of data collection, and their scientific and industrial applications. The visiting team also engaged in hands-on training activities, participating directly in daily operational tasks carried out by the center. These activities included equipment operation, performance monitoring, conducting measurements and experiments, and observing active research procedures. The delegation expressed great appreciation for the technical expertise demonstrated by the center and emphasized the value of such immersion programs in enhancing the practical skills of trainees and broadening their professional experience. This visit reflects Al-Mustaqbal University’s commitment to strengthening collaboration with training and service institutions, fostering knowledge exchange, and supporting the development of the electrical and renewable energy sectors. It also underscores the university’s dedication to promoting scientific excellence and contributing to Iraq’s advancement in sustainable energy research.
As part of its continuous support for applied research and student-led initiatives, Almustaqbal Energy Research at Al-Mustaqbal University is actively supervising a graduation project for fourth-year students from the Power Mechanics Department, under the guidance of Center Director Dr. Silwan Ubaid Wahid and with follow-up by Mr. Ali Nael Hassan. The center provides comprehensive scientific and technical guidance to ensure the success and practical relevance of the project. The graduation project, entitled: “Comparative Analysis of Solar PV Technologies under Different Climatic Conditions”, focuses on evaluating the performance of different photovoltaic (PV) solar technologies under a variety of climatic conditions, including temperature variations, sunlight intensity, and humidity levels. The goal is to identify the most efficient and suitable technologies for local and regional applications. The project involves conducting simulation studies and performance analysis of the solar panels under different operating conditions. Specialized software and measurement tools are used to assess energy efficiency, power output, and conversion efficiency. The performance of conventional PV systems is compared with advanced technologies to highlight strengths, weaknesses, and areas for improvement. This project equips students with practical experience in experiment design, data collection, and analysis, enhancing their research and technical skills while preparing them for professional work in renewable energy. It also enables students to make data-driven decisions to optimize the performance of solar energy systems in diverse environmental conditions. Dr. Salwan Obaid Waheed emphasized that supervising such projects is a key role of the center, fostering applied scientific research and innovation among students. Mr. Ali Nael Hassan highlighted the importance of understanding the impact of climatic factors on PV system performance, which contributes to the design and installation of more efficient and sustainable solar energy solutions. This project supervision reflects the Future Center for Renewable Energy Research’s commitment to enhancing applied learning, developing students’ research capabilities, and supporting projects that serve the community while promoting sustainable development in the energy sector, in line with Al-Mustaqbal University’s vision.
As part of its ongoing efforts to support applied research and student-led initiatives, Al-mustaqbal Energy Research Center at Al-Mustaqbal University is actively supervising a graduation project for fourth-year students from the Power Mechanics Department, under the guidance of Mr. Hamid Baqir. The project, entitled: “Assessment of Bifacial Solar Panel Performance in Urban Environment”, focuses on evaluating the performance of bifacial solar panels when installed in urban settings, analyzing the factors that affect their efficiency compared to conventional single-sided panels. The study examines the impact of reflective surfaces such as buildings, roads, and open areas on the energy yield of bifacial panels, as well as the influence of installation angles, mounting height, and surface properties. The project combines both experimental measurements and numerical simulations to assess power output and conversion efficiency under varying operating conditions. Almustaqbal Energy Research Center provided the students with comprehensive support, including access to laboratories, measurement systems, and research tools, as well as continuous academic guidance on design, data collection, and analysis. Students are also encouraged to apply the findings to real-world urban solar energy applications, enhancing the practical relevance of their work. Mr. Hamid Baqir highlighted the significance of this project in expanding the use of bifacial solar technologies in cities, noting that these panels offer a promising solution for maximizing energy generation without requiring additional space—a crucial factor for densely populated urban areas. This project supervision aligns with the mission of the Center for Renewable Energy Research to foster innovation, promote applied student research, and prepare qualified engineering graduates capable of contributing to sustainable energy solutions, in line with Al-Mustaqbal University’s vision for scientific advancement and community development.
As part of its continuous support for applied scientific research and the development of engineering education outcomes, AL-mustaqbal Energy Research Centerat Al-Mustaqbal University is actively monitoring and supervising graduation projects of fourth-year students from the Power Mechanics Department, under the supervision of Mr. Hamid Baqir. In this context, the center is overseeing a graduation project entitled: “Enhancing Performance: Savonius Wind Turbine with Instantaneous Blades Flipping”, which focuses on improving the performance of Savonius-type vertical axis wind turbines through the application of an instantaneous blade-flipping technique, aiming to enhance efficiency and maximize energy extraction, particularly under low wind speed conditions. The project seeks to analyze the dynamic behavior of the turbine before and after implementing the blade-flipping mechanism, and to evaluate its impact on torque, power output, and overall efficiency. It also involves the design and development of engineering models, performance simulations using advanced analytical tools, and experimental testing to validate the obtained results against conventional turbine designs. The Center has provided comprehensive scientific and technical support to the students by granting access to laboratories, experimental equipment, and research facilities, in addition to continuous academic guidance in the areas of design, analysis, and performance evaluation. This support aims to elevate the scientific quality of the project and ensure meaningful research outcomes with practical relevance. Mr. Hamid Baqir, the project supervisor, emphasized that this study represents an important step toward the development of vertical axis wind turbine technologies, especially for regions characterized by low and variable wind speeds. He also highlighted the role of such graduation projects in strengthening students’ research skills, fostering innovation, and bridging the gap between theoretical knowledge and real-world applications. This follow-up reflects the commitment of the Future Center for Renewable Energy Research to supporting student-led research initiatives, promoting innovation in renewable energy technologies, and preparing qualified engineering graduates capable of contributing to sustainable energy solutions, in line with the vision of Al-Mustaqbal University.