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Administrative Divisions Al-Mustaqbal Energy Research Center

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Al-Mustaqbal Energy Research Center

News

18 June 2025

The first lecture within the summer training program for engineering students at the Al-Mustaqbal Energy Research Center.

The first lecture of the summer training program for engineering students has kicked off at the Al-Mustaqbal Center for Energy Research, dedicated to providing a detailed explanation of solar energy fundamentals, types of photovoltaic systems, and the components of a solar power system (panels – inverters – batteries – metal structures), in addition to the principles of system design, connection, and operation. 👨‍🏫🔧 The lecture was delivered by a group of the Center’s specialized engineers in the energy field, who shared their theoretical and practical experience with students in an interactive style, supported by real-life examples from the Center’s projects. An open discussion was also held, during which students’ inquiries were answered regarding implementation challenges and keeping up with modern developments in the sector. 🎓 This initiative reflects the Al-Mustaqbal Center’s commitment to strengthening academic collaboration and equipping the new generation of engineers with the skills needed to enter the renewable energy labor market, contributing to the transition towards a clean and sustainable environment in Iraq. \#Al-MustaqbalCenter #SolarEnergy #SummerTraining #EngineeringStudents #EnergySystems #Renewables #FutureIraq #HandsOnLearning

18 June 2025

Prof. Dr. Salwan Obaid Wahid delivers a specialized lecture as part of the summer training program for engineering students at the Al-Mustaqbal Center.

As part of the summer training program activities for engineering students, **Dr. Sulwan Ubaid Waheed**, Director of the **Al-Mustaqbal Center for Energy Research**, visited the center and delivered a specialized scientific lecture to the students participating in the program. The lecture addressed key topics related to the **importance of transitioning to renewable energy**, mechanisms for **designing and operating solar systems**, and the **technical and engineering challenges** facing this sector in Iraq. It also included valuable guidance for students on how to develop their skills and connect academic knowledge with practical application. This engagement reflects the Center’s administration’s keen interest in supporting students and providing an educational environment that integrates theoretical learning with field experience—contributing to the preparation of engineering professionals capable of keeping pace with developments in the energy sector

18 June 2025

The second lecture in the summer training for engineering students at the Future Center addresses the capabilities of inverters and batteries.

The activities of the **summer training program** for engineering college students continued at the **Future Center for Energy Research**, where the **second lecture** was held under the title: **"Inverter and Battery Capacities and Their Role in Solar Systems."** 🛠 The lecture was delivered by **Engineer Israa Mohammed Hassan** and **Engineer Mohammed Faleh Hadi**, who provided a detailed explanation of the types of inverters used in solar energy systems and the mechanism for selecting the appropriate capacity according to the nature of electrical loads. They clarified the difference between single-phase and three-phase systems (1-phase and 3-phase), and the specifications of each type in terms of efficiency and durability. The lecture also extensively covered the types of solar batteries (Lithium, Gel, AGM), explaining concepts such as battery capacity, number of cycles, optimal charging and discharging methods, in addition to the key technical standards that must be observed to achieve the best system performance. 💡 The lecture was marked by strong student interaction, with many important questions raised about charging issues, determining daily consumption, and how to extend the lifespan of both batteries and inverters. These lectures come as part of the Al-Mustaqbal Center s goals to **link academic education with practical application**, and to **prepare a generation of engineers capable of advancing the renewable energy sector in Iraq

18 June 2025

alhila 📍 System location: Shubar neighborhood - Hillah 🏢 Implementing entity: Al-Mustaqbal Center for Research and Energy - 40th Street, Hillah

📍 **System Location:** Shubar District – Al-Hilla 🏢 **Executing Entity:** Al-Mustaqbal Center for Research and Energy – 40th Street, Al-Hilla As part of the Al-Mustaqbal Center for Research and Energy’s ongoing efforts to promote the use of clean energy sources and provide practical and efficient solutions for electricity generation, a **fully integrated solar energy system** was implemented in the **Shubar neighborhood of Al-Hilla**, serving a vital location and ensuring a **stable and secure power supply**. ⚙️ **Technical Details of the System:** • 🔋 **Daytime Capacity:** 50 Amps • 🌙 **Nighttime Capacity:** 20 Amps via an advanced storage system • ☀️ **Solar Panels:** Jinko Solar – high efficiency and performance guaranteed • ⚡️ **Storage Batteries:** 15 kWh total capacity • 🔌 **Inverters:** DEYE smart inverters – reliable and support hybrid operation ✅ The project was fully implemented by the **technical and engineering team** of the Al-Mustaqbal Center, following the **highest standards of quality and safety**, with full consideration for **continuous operation and load stability**.

17 June 2025

Solar energy systems satisfy citizens and reduce dependence on generators.

The Al-Mustaqbal Center conducted a field survey of citizens opinions regarding the use of solar energy systems and their benefits in daily life, as part of its ongoing efforts to promote a culture of renewable energy and encourage its use in society 🗣💡 *The results showed a positive response and wide interaction from people, as many participants expressed great admiration for the solar systems, affirming that they have effectively contributed to reducing reliance on electric generators, providing energy in a stable and safe manner, while reducing monthly costs and frequent outage periods.* *Some also indicated that this technology is an important step toward a more sustainable Al-Mustaqbal, calling for support of awareness initiatives and the expansion of installing residential and commercial systems in various regions of Iraq.* *This activity comes within the Center s vision to strengthen the relationship between the local community and alternative energy projects, and to affirm its educational role in building a conscious environment that adopts smart and sustainable solutions

17 June 2025

🏆 Al-Mustaqbal University wins first place in the field of energy - an unprecedented achievement among Arab universities

**With pride and honor, we announce that Al-Mustaqbal University has achieved first place in the field of energy, making it the only Arab university to attain this accomplishment at both the local and regional levels.** This distinction did not come out of nowhere—it is the result of an ambitious vision and continuous efforts in supporting renewable energy projects, particularly solar energy, which has become one of the main pillars of the future direction toward a sustainable environment. **Al-Mustaqbal University has managed to surpass dozens of Arab and international universities by offering practical solutions, applied research, and field projects that have directly contributed to spreading the culture of alternative energy within society.** 🔋 Through the **Al-Mustaqbal Center for Energy Research**, the university has: * Developed integrated solar energy systems. * Trained hundreds of students and engineers in this vital field. * Implemented real-world projects in neighborhoods and residential areas. * Raised community awareness through field campaigns and purposeful media materials. 💡 *This achievement is a testament that Al-Mustaqbal University is not just an educational institution, but a pioneering platform leading change toward a cleaner and more sustainable future.* We congratulate all the academic staff, students, and everyone who contributed to this success that we proudly celebrate as Iraqis and Arabs. \#AlMustaqbal\_University \#Solar\_Energy \#Number\_One\_University\_in\_Energy

16 June 2025

Summer training students on a field trip to see the solar systems installed within the university.

As part of the ongoing summer training activities at the Al-Mustaqbal Center for Energy Research, the center organized a field tour for engineering students to observe the solar energy systems installed within the university, with the aim of linking theoretical knowledge to direct practical application.** During the tour, the students learned about the details of how the solar systems operate, including installation methods, panel distribution, electrical connection systems, and load management techniques. Additionally, there was an on-site explanation of the performance of inverters and batteries within the actual working environment. The tour witnessed significant engagement from the students, who expressed their interest in the components of the system and benefited from the detailed explanations provided by the center s engineering staff. This contributed to expanding their technical understanding of renewable energy projects and how they are implemented on the ground. These visits come as part of the center’s vision to enhance applied learning and encourage students to think practically about sustainable energy solutions within educational institutions and vital sectors in Iraq.

16 June 2025

Director of the Al-Mustaqbal Center, Prof. Dr. Salwan Obaid Wahid, gives a specialized lecture on energy concepts and solar panel capacity measurement devices.

As part of the summer training activities held at the Al-Mustaqbal Center for Energy Research, Prof. Dr. Sulwan Ubaid Waheed – Director of the Center – delivered a valuable scientific lecture that focused on the fundamental concepts of energy and its importance for the present and future of Iraq, with a particular emphasis on renewable energy sources, especially solar energy. During the lecture, he provided a detailed explanation of the devices used to measure the performance and capacity of solar panels, voltage and current measuring instruments, and tools for analyzing efficiency under different solar radiation conditions. He clarified the working mechanisms of each device and their significance in evaluating the quality of solar systems during installation and after operation. The lecture was distinguished by a practical, real-world component that encouraged student interaction and questions. It also helped enhance their hands-on understanding of how to test solar panels and determine their production capacity, directly connecting them with the tools and concepts engineers need in the job market. These activities come as part of the Al-Mustaqbal Center’s commitment to providing high-quality training content that contributes to preparing engineering students and equipping them with the skills and experience necessary to confidently and competently engage in the field of renewable energy.