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Al-Mustaqbal Energy Research Center

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9 January 2026

Almustaqbal Energy Research Center Announces an AutoCAD Training Course

The Future Center for Energy Research Announces an AutoCAD Training Course The Future Center for Energy Research announces a specialized training course entitled: “AutoCAD for Engineering Design and Drawing.” This course is part of the center’s training programs aimed at developing the skills of students, engineers, and those interested in various engineering fields. The course aims to equip participants with the skills to use AutoCAD software to prepare engineering drawings and plans accurately and professionally, with a focus on practical applications that meet the demands of the job market in the energy and engineering sectors. Course Details: • 📅 Duration: One week • 🗓 Start Date: February 1, 2026 • ⏰ Time: 10:30 AM • 💰 Participation Fee: 100,000 Iraqi Dinars The center encourages all those interested in developing their engineering design skills to register promptly, noting that places are limited.

9 January 2026

ALmustaqbal Energy Research Center announces a specialized training course entitled: “Designing Solar Systems Using PVsyst”

The Future Center for Energy Research announces a specialized training course titled “Designing Solar Systems Using PVsyst.” This course is part of the center's programs aimed at developing scientific and practical expertise in the field of renewable energy. The course aims to provide participants with theoretical knowledge and practical application of the PVsyst software, focusing on the design and analysis of photovoltaic solar energy systems according to approved engineering standards. This will contribute to preparing trainees for the job market. Course Details: • 📅 Duration: One week • 🗓 Start Date: February 1, 2026 • ⏰ Time: 10:30 AM 💰 Participation Fee: 100,000 Iraqi Dinars The center invites all students, engineers, and those interested in the field of solar energy to register and benefit from this excellent training opportunity. For inquiries and registration, please contact the Future Center for Energy Research.

9 January 2026

KARBALA The Director of the Energy Research Center at Al-Mustaqbal University Participates in a Master's Thesis Defense Committee at the University of

The Director of the Energy Research Center at Al-Mustaqbal University Participates in a Master's Thesis Defense Committee at the University of Karbala In recognition of Al-Mustaqbal University's role in fostering academic cooperation and scientific exchange with reputable public universities, Professor Dr. Salwan Obaid Waheed, Director of the Energy Research Center, participated as a member of a Master's thesis defense committee at the College of Engineering, University of Karbala. This participation reflects the university's commitment to promoting scientific integration and the exchange of expertise, supporting research through the evaluation and enrichment of scientific theses, and building bridges of communication to activate joint cooperation in applied research, workshops, and conferences. Al-Mustaqbal University affirms that activating such initiatives is key to improving the educational environment and achieving sustainable development, and emphasizes its continued support for scientific activities that reflect the depth of the relationship and coordination between educational institutions in Iraq. Al-Mustaqbal University Media

4 January 2026

Al-Mustaqbal Energy Research Center at Al-Mustaqbal University Adopts Power Optimizer Technology to Enhance Solar System Efficiency

As part of its continuous efforts to develop renewable energy technologies and enhance the efficiency of solar power systems, the Al-Mustaqbal Energy Research Center at Al-Mustaqbal University has adopted Power Optimizer technology within one of its solar energy systems at the center. This technology improves the performance of photovoltaic modules by enabling individual control and maximum power point tracking (MPPT) at the module level, thereby reducing the negative effects of shading and module mismatch. As a result, overall energy production and system reliability are significantly enhanced. This step reflects the center’s commitment to supporting scientific and applied research, providing advanced practical training opportunities for students and researchers, and contributing to sustainability and clean energy goals in line with the university’s vision.

4 January 2026

Al-Mustaqbal Energy Research Center Launches a Specialized Engineering Series on Solar PV System Design Episode One: PV String Sizing in Hot Climate Conditions – Iraq Case Study

Al-Mustaqbal Energy Research Center has launched a specialized engineering series focusing on best practices in solar PV system design, aiming to improve system safety, efficiency, and reliability under Iraq’s harsh climatic conditions. The first episode addresses one of the most critical aspects of PV electrical design: PV String Sizing, due to its direct impact on inverter protection, MPPT stability, and annual energy yield. ⸻ Why PV String Sizing Is Critical in Iraq PV module voltage is temperature-dependent: • Voltage decreases at high temperatures, common during Iraqi summers, • Voltage increases at low temperatures, which may occur during winter. Improper string sizing may cause inverter overvoltage in winter or MPPT voltage mismatch in summer, leading to reduced energy production or system shutdowns. ⸻ Key Equations Used in PV String Sizing Open-Circuit Voltage at Minimum Temperature V_{oc(cold)} = V_{oc(STC)} \times \left[1 + (25 - T_{min}) \times \frac{TempCoeff_{Voc}}{100}\right] This equation is used to determine the maximum number of modules per string: N_{max} = \frac{V_{DC(max,\ inverter)}}{V_{oc(cold)}} ⸻ Maximum Power Voltage at High Operating Temperature V_{mp(hot)} = V_{mp(STC)} \times \left[1 + (T_{hot} - 25) \times \frac{TempCoeff_{Vmp}}{100}\right] This equation determines the minimum number of modules per string: N_{min} = \frac{V_{MPPT(min)}}{V_{mp(hot)}} ⸻ Iraq-Based Design Example Assuming: • V_{oc(STC)} = 50 V • V_{mp(STC)} = 41 V • Temperature coefficient = −0.3 %/°C • Inverter DC max = 1100 V • MPPT minimum voltage = 600 V • T_{min} = -5°C • T_{hot} = 70°C Results: • N_{max} \approx 20 modules • N_{min} \approx 17 modules Recommended design: 17–20 modules per string

1 January 2026

Al-Mustaqbal University Celebrates the Achievements of 2025 in an Official Ceremony

Al-Mustaqbal University marked the conclusion of 2025 with an official ceremony led by University President, Prof. Dr. Hasan Majdi, and attended by university leadership, faculty members, and students. The event highlighted a year distinguished by major qualitative achievements that marked significant milestones in the university’s journey. In his opening address, Prof. Dr. Majdi described 2025 as a pivotal year in the university’s history, emphasizing that Al-Mustaqbal University has firmly established its position among leading national, regional, and international institutions. He noted the university’s top ranking among private universities nationally, as well as its notable advancement over several governmental and international institutions. Prof. Dr. Mudhaffar Al-Zuhairy, Director of Scientific and Academic Supervision, reviewed the university’s key accomplishments during the year, attributing them to a leadership strategy centered on sustainable quality. أبرز achievements included: • Securing National Institutional Accreditation. • Achieving Programmatic Accreditation for the College of Pharmacy. • Winning the “First Distinguished University” award for consecutive years. • Launching international postgraduate programs. • Advancing in international sustainability rankings. The ceremony featured a documentary film showcasing these accomplishments, followed by artistic performances. The event concluded with the University Presidency expressing sincere appreciation to all university affiliates, affirming that these achievements serve as a strong motivation to continue working with a “one-team spirit” toward future excellence and leadership.

29 December 2025

Lecture on Entrepreneurship and Digital Transformation Delivered to Engineering Students at the Energy Research Center

As part of the scientific visit conducted by students of the second stage, Department of Electronics and Communications Engineering, College of Engineering / University of Al-Qadisiyah to the Energy Research Center at the University of the Future on Sunday, December 28, 2025, Mr. Hamid Baqir delivered an academic and awareness lecture in the presence of the center’s staff. The lecture began with a welcoming address to the students, followed by a comprehensive discussion on entrepreneurship and its importance during the university stage. The session highlighted how students can take advantage of the university environment to develop innovative ideas and transform them into academic products that can simultaneously enter the labor market after graduation. The lecture also addressed the key requirements needed by graduates to successfully enter the job market, emphasizing the role of the University of the Future in providing these requirements through academic support, training, and an innovation-friendly environment. In addition, the Energy Research Center reaffirmed its full support for productive projects and innovative ideas that have the potential to evolve into viable commercial ventures. Towards the end of the lecture, NFC technology was presented as a practical example of a simple yet effective idea that students can utilize to enter the job market. The session explained its applications, methods of use, and how it can be integrated into business environments to reduce paper consumption and waste, contributing to a broader digital transformation trend. The lecture concluded with active student participation and discussions, reflecting the importance of such sessions in bridging academic knowledge with real-world professional demands.

28 December 2025

Energy Research Center Hosts Scientific Visit by Students of the College of Engineering / University of Al-Qadisiyah

The Energy Research Center – University of the Future hosted today a scientific visit by students of the second stage, Department of Electronics and Communications Engineering, College of Engineering / University of Al-Qadisiyah, as part of an academic tour aimed at enhancing practical knowledge and linking theoretical studies with modern research applications in the field of energy. The visiting delegation was received by the Director of the Energy Research Center, Dr. Salwan Obaid Waheed, along with the center’s staff, who warmly welcomed the students and highlighted the importance of such scientific visits in developing students’ skills and familiarizing them with recent research developments and advanced technologies. The visit included a guided tour of the center’s laboratories and research units, during which the students were introduced to the equipment and research projects conducted at the center, particularly those related to renewable energy. Detailed explanations were provided regarding experimental work, research methodologies, and the center’s role in supporting scientific research and community service. At the conclusion of the visit, the students expressed their appreciation to the center’s management and staff for the warm reception and valuable scientific information that contributed to enriching their academic and practical experience.