Yazar "Namaa, Hayder Makkee" seçeneğine göre listele

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    Design and development of interconnected renewable energy sources focused on grid power inverter energy for sustainable development a review
    (Institute of Electrical and Electronics Engineers Inc., 2020) Namaa, Hayder Makkee; Mohammed, Alaa Hamid; Raheem, Saeed Ahmed; Taha, Mohammed Yousif; Ibrahim, Abdullahi Abdu
    Expanding energy request because of quick industrialization, ecological worries about creation reliant on petroleum derivatives, declining fossil energy assets, clog of the transmission organization and weakening specialized execution are the drivers behind the coordination of little inexhaustible dispersed age (DG) units and the change of existing energy. Changes frameworks into a rebuilt framework. Enhancing the specialized favorable circumstances offered by DG position is a known test to Distribution Network Operators (DNOs) for both fossil and sustainable power source based DGs, yet DG inexhaustible frameworks additionally have an assortment of energy quality (PQ) challenges. This article gives an exhaustive examination of energy quality difficulties with the momentum research case for GM regenerative frameworks network incorporation and related relief innovations. To start with, this article hypothetically underscores indicating all the significant energy quality difficulties related with matrix joining for sustainable power source, and second, an exhaustive investigation of all PQI advancements acquainted with date is definite, featuring future examination openings. Moreover, all significant energy quality issues and the effect of high infiltration of sustainable power source and relief advancements on energy quality were represented by recreating a lattice put together DG framework based with respect to PV in MATLAB/Simulink. This article is accepted to be extremely useful for scholastics just as industry experts to comprehend the ebb and flow PQ challenges, PQI advances, and future examination headings for sustainable power source advances. © 2020 IEEE.
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    Designing a solar system that improved the solar system's performance in instances of partial shadowing
    (Elsevier, 2022) Namaa, Hayder Makkee; Mohammed, Tareq Abed; Ibrahim, Abdullahi Abdu
    The great and decisive influence of the decision of nature or the natural factors of the earth, especially the strength of the solar radiation emitted by the sun and the temperature, remains an important condition and a factor that must be when talking about the exploitation or use of solar energy. From the beginning of the manufacture of solar cells to this day, the solar cell, which is the smallest component of the solar module or structure, has faced many challenges and difficulties, including design, manufacturing and cost challenges in addition to natural and abnormal factors. Among those challenges are natural and unnatural factors such as partial shading or full shading of the solar cell or the solar cells within the solar structure in the solar system, which directly affects the process of producing solar cells from electrical energy. As a result, these natural and unnatural challenges prevent the optimal and full exploitation of solar energy. Through this research paper, a new strategy was found, which is a simple electronic system to enhance the performance of solar cell production within the solar structure in the solar system, and this strategy includes the establishment of a new existing solar system. On a boosting system linked with the solar structure through which this electronic system can be connected to be an integral part of a solar system, to enhance the solar system's effectiveness in the production of electrical energy. The new solar system works in any conditions (natural and abnormal) and any type of shading (partial or total) for the solar panel or structure, through this new system, The quantity of electrical energy generated by the new solar system is equal to twice the energy of solar cells or arrays solar system within the solar structure under normal circumstances. In addition, the use of solar radiation tracking techniques is not important, as it is the strategic comparison used to determine the maximum power point tracking (MPPT) technology under various circumstances to produce good solar energy in poor lighting conditions by concentrating on the impacts of shadowing on the array of solar photovoltaic panels, a strategy that did not succeed in maintaining the productivity of the solar array from electrical energy in natural conditions, but the proposed model or the new methodological strategy helped to maintain the productivity of the solar cells or solar array from electrical energy in addition to increasing the production of electrical energy under the bad exposure conditions of the solar system. The proposed model is chosen in view of the fact that it may be able to reproduce different ranges of non-standard PV frames standardized by a new solar system with good multidimensional uses. The study may be presented here as a suitable source for future business of power generation (PV).
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    Effects of clem cloud based e-learning management system for teaching a review
    (Institute of Electrical and Electronics Engineers Inc., 2020) Raheem, Saeed Ahmed; Mohammed, Alaa Hamid; Namaa, Hayder Makkee; Taha, Mohammed Yousif; Ibrahim, Abdullahi Abdu
    To address contemporary difficulties, global designers must be prepared in cutting edge learning conditions, aptitudes and expert information. Upheld by the United States Agency for International Development (USAID), the Build-IT program (Building University Learning, Industry, and Development through Innovation and Technology) expands on the wide capacities of the executing accomplice from ASU and assumes a key function as a pioneer chief. In gathering characters from different fields. An all around prepared designer can add to the economical advancement of a general public. So as to make a network focused training, an incorporated technique has been proposed in which an issue based learning strategy is investigated to apply specialized information. In accordance with this methodology, in the way we are proposing, mechatronics designing understudies originally needed to work with different understudies in the fields of hardware, programming, control mechanization, and mechanics, and afterward planned an open, interdisciplinary, incorporated educational program. By working together with peers in building up this hardware, understudies are better outfitted with explicit information. This cycle additionally causes understudies to feel certain about applying their imaginative thoughts while protecting the essential significance of the apparatus. A significant advantage of this methodology is that helping understudies defeat their issues all the while upgrades the specialist's activity in the public arena, in spite of losing a portion of the particular range of abilities. The current methodology, in view of exact investigations utilizing this open structure, shows that understudies in our program have adequate abilities to add to social accomplishments. At long last, the useful, ease, and instructive visual device made by the members shows the estimation of this multidisciplinary approach. © 2020 IEEE.
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    Internet of things and cloud computing - A review
    (Institute of Electrical and Electronics Engineers Inc., 2020) Taha, Mohammed Yousif; Kurnaz, Sefer; Ibrahim, Abdullahi Abdu; Mohammed, Alaa Hamid; Raheem, Saeed Ahmed; Namaa, Hayder Makkee
    Digital networking has been a popular platform for Modern Socio-Physical Networks (CPSS) and the Internet of Things (IoT). However, the issue of how to maintain data transfer and storage protection at CPSS is a big concern that needs to be tackled. During the CPSS transport and storage process we must protect the security and privacy of user data and user identity. To deter users of IoT devices from leaking personal information during data analysis and the transition process, we present a thorough overview of the subject Computational Diffie-Hellman (CDH). © 2020 IEEE.