Layth Mohammed Abdali

@uokufa.edu.iq

University of Kufa

Layth Mohammed Abdali


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https://researchid.co/laith2210
20

Scopus Publications

1908

Scholar Citations

22

Scholar h-index

55

Scholar i10-index

Scopus Publications

  • Adaptive particle swarm optimization based model predictive control MPPT algorithm for PV systems under partial shading conditions
    Haider Alhusseini, Layth Mohammed Abdali, Hayder Abdulsahib Issa, Vladimir I. Velkin
    Results in Engineering, 2025
    High step-up DC/DC converter and the Maximum Power Point Tracking (MPPT) technique is more critical for photovoltaic (PV) systems to extract the Maximum Power Point (MPP) from PV systems due to variations in climate conditions. The conventional algorithms are degraded by the low tracking speed and more oscillations in steady-state that occur when the irradiance changes rapidly. This paper applied the Model Predictive Control (MPC) MPPT algorithm in conjunction with the Adaptive Particle Swarm Optimization (APSO) algorithm. The APSO-MPC MPPT algorithm that has been proposed is capable of rapidly monitoring the maximum power with minimal optimum number of sensors and low oscillations in the steady state and no drift from the ultimate power point under irradiance changes. Additionally, the suggested method is capable of promptly monitoring the GMPP by using Adaptive Variable Step Size (AVSS) and prevent trips between the Global Maximum Power Point (GMPP) and Local Maximum Power Point (LMPP). MATLAB/SIMULINK is used to implement the suggested APSO-MPC based MPPT algorithm for a PV array under rapidly changing irradiance conditions and partial shading conditions (PSCs). The findings demonstrate that the suggested method can follow the MPP with quicker convergence, less steady-state oscillations, greater precision, and the capacity to stay clear of local maximum traps.
  • Design, modeling, and control of a dual-axis solar tracker using fractional order PID controllers for enhanced energy efficiency
    Hayder Abdulsahib Issa, Layth Mohammed Abdali, Haider Alhusseini, Vladimir I. Velkin
    Results in Engineering, 2025
    • Enhanced Solar Tracking Accuracy : Fractional Order PID (FOPID) controllers provide precise control, minimizing tracking errors and improving energy capture in dual-axis solar trackers. • Superior Energy Efficiency : The proposed FOPID-based system outperformed traditional PID controllers, achieving higher solar energy output with reduced actuator power consumption. • Comprehensive Modeling and Design : The study includes detailed modeling of the dual-axis solar tracker, incorporating a DC motor, PV array, PWM circuit, and DC-DC converter. • Optimized Performance under Real-World Conditions : The system demonstrated robustness against environmental disturbances like wind and temperature fluctuations, ensuring stable operation. • Practical Implementation : Experimental validation with a Canadian Solar 340W mono-crystalline PV module showcased significant improvements in energy output and efficiency. • Broad Applicability : The findings can be applied to other renewable energy systems requiring precise and efficient control mechanisms for enhanced performance. Dual-axis solar tracking systems play a critical role in maximizing photovoltaic (PV) energy yield by continuously aligning the solar panel orientation with the sun’s position throughout the day. However, these systems pose significant control challenges due to nonlinear dynamics, environmental disturbances, and the need for high-precision tracking. This paper presents the design, modeling, and performance evaluation of two dual-axis sun tracking controllers: a conventional proportional–integral–derivative (PID) controller and a fractional-order PID (FOPID) controller. While the FOPID controller introduces added complexity due to its five tuning parameters, it offers enhanced flexibility and potential for improved dynamic performance. The study aims to compare the two controllers in terms of tracking accuracy, response time, and overall energy harvesting efficiency. A system comprising a 340 W PV module, DC motors, a DC-DC boost converter, and a PWM driver is modeled and simulated. Results demonstrate that the FOPID controller achieves superior performance with faster response, reduced oscillations, and improved sun-tracking precision. Comparative analysis indicates that the use of FOPID control enhances energy harvesting by approximately 8–12%. These findings underscore the potential of advanced fractional-order control in enhancing the performance of solar tracking systems and contribute to the broader development of efficient renewable energy technologies.
  • A STAND-ALONE HYBRID POWER SYSTEM BASED ON PV ENERGY AND HYDROGEN FUEL CELLS WITH ENERGY STORAGE SYSTEMS
    , HAYDER ABDULSAHIB ISSA, LAYTH MOHAMMED ABDALI, , VLADIMIR I. VELKIN, and
    Mm Science Journal, 2024
    This article is focused on the construction of a stand-alone residential 5-kW hybrid power system to feed different domestic loads at a typical house in Thi-Qar City, Iraq, including lighting loads, Table fan, Smartphone charger, TV, Microwave and Cooler. The stand-alone residential 5-kW hybrid power system consists of PV generator, PEMFC, storage batteries, Electrolyzer and hydrogen tank. The battery and hydrogen subsystem, composed of a fuel cell (FC), electrolyzer, and hydrogen storage tank, act as energy storage and support systems. The research in steps includes the design of the hybrid system. A program has been used in MATLAB to size system components in order to match the load of the site in the most cost-effective way. Evaluation of the economic feasibility of the same hybrid system when using a solar tracking system for photovoltaic cells. The simulation results demonstrate the hybrid system's ability to supply the required electrical energy to the loads, as well as the increase in hydrogen production when using the solar tracking system, which makes it possible to store excess hydrogen in the long term for later use when the photovoltaic energy decreases according to the seasons of the year.
  • THE PERFORMANCE AND ADVANCED COOLING TECHNIQUES FOR PHOTOVOLTAIC SOLAR PANELS
    , MUATAZ N. AL–MALIKI, MAROS SOLDAN, , HAYDER A. ISSA, , LAYTH M. ABDALI, , BORIS A. YAKIMOVICH, , HANA KOBETICOVA, and
    Mm Science Journal, 2024
    The high performance of the photovoltaic cell requires proper and efficient cooling because the electrical efficiency of the photovoltaic cell is affected by the operating temperature. Providing a suitable operating environment for the photovoltaic cell at a low temperature is necessary, which can be achieved using devices with highly effective thermal performance in which heat is transferred from the cell to the external surroundings via pulsating heat pipes, and this process leads to significant energy generation and the best efficiency of the photovoltaic unit. In this work, we use pulsating heat pipes with copper fins to achieve adequate cooling of the cell and make it operate at the best temperature, leading to a higher photovoltaic cell efficiency. The metal used for the pulsating heat pipes is copper, which has high conductivity needed to increase performance. The study showed that pulsating heat pipes are the most suitable options for cooling the photovoltaic cell, which leads to increasing its efficiency and increasing electricity production.
  • COMBINED ENERGY SYSTEMS BASED ON RENEWABLE ENERGY SOURCES
    LAYTH MOHAMMED ABDALI, , MUATAZ NAJIM AL–MALIKI, RASHID HAMEED HEJEEJO, HAYDER ABDULSAHIB ISSA, BORIS A. YAKIMOVICH, SERGEY E. SHCHEKLEIN, VLADIMIR I. VELKIN, VLADIMIR V. KUVSHINOV, , , , , , , and
    Mm Science Journal, 2023
    Ensuring the quality of energy supply to remote regions is relevant for grid companies and the state. One of the solutions to this problem is the use of renewable energy sources to generate electrical energy. Given this, the article considers an integrated approach to designing combined autonomous energy systems of an individual residential building based on renewable energy sources with the complete replacement of traditional energy carriers. In addition to the combined power system, the proposed solution implies using an insulated facade of the building, which will reduce heat loss by 1.5 times, compared with an un-insulated building. to increase the reliability of the energy supply, the project provides for a wind power plant, a backup diesel generator station and a battery pack with an inverter. Estimated calculations have shown that the probability of failure of the power system of this configuration is 3%. The conducted ecological and economic justification of the use of an autonomous combined power system allows us to conclude that 2.1 tons of conventional fuel per year is saved and the payback of the energy supply system for a period of up to 8 years.
  • MAXIMIZATION THE LATENT HEAT STORAGE UNIT (LHSU) ENERGY SAVING USING SIMULATED ANNEALING ALGORITHM
    ANDRZEJ DRWIEGA, , QAYS ADNAN ALI, MAREK DUDEK, NIHAD RAOUF MAAROOF, LAYTH MOHAMMED ABDALI, BORIS A. YAKIMOVICH, , , , , and
    Mm Science Journal, 2023
    An integration between latent heat storage unit (LHSU) and an air cooler was studied to reduce the space cooling energy consumption in telecommunications base stations (TBSS). A mathematical model was developed to address the heat transfer processes within energy storage modules and air cooler. Furthermore, a solid works simulation was used to simulate the real system virtually. A simulated annealing algorithm (SA) was utilized to maximize annual energy savings ratio which was considered a performance criterion for the proposed system. The calculations included comparisons the relative errors of air and temperature difference between the optimized using simulated annealing algorithm and tested (virtual) results which were calculated for both operation modes energy charging and energy discharging. The obtained results illustrated a remarkable improvement both relative errors and annual energy savings ratio for the study case.
  • Experimental Studies on Receiving Surfaces of Flat Solar Collectors
    V. V. Kuvshinov, L. M. Abd Ali, N. V. Morozova, B. L. Krit, F. M. Al-Rufaee, H. A. Issa
    Surface Engineering and Applied Electrochemistry, 2021
    This work is devoted to studying the energy characteristics of a solar collector with a selective receiving surface. The use of special technologies of plating high-quality selective coatings on the heliocollector absorber makes it possible to substantially increase the coefficient of conversion of the solar radiation incidence flux. The research data are presented on the flat heliocollectors, which serve to heat-up a heat carrier used mainly for the needs of the hot-water supply for the individual consumers. In the performed experiments, the flat solar collectors were equipped with copper and stainless-steel absorbers. The studies showed that the heliocollectors can ensure better use depending on the operation mode of the entire system of the solar hot-water supply. The experiments were carried out by the staff of the Renewable Energy Sources and the Electric Energy and Networks department of Sevastopol State University at the Institute of Nuclear Energy and Industry. It was shown that the conversion coefficient of the solar power plants for the direct conversion of the radiation flux into thermal energy is far more energy efficient compared to that of the solar electric generation systems.
  • Development of hybrid photo-wind power systems with a diesel generator to overcome energy shortages
    Faez Al-Rufaee, Laythи Abd Ali, Vladimir Kuvshinov
    E3s Web of Conferences, 2021
    The paper discusses the possibilities of using hybrid composite structures to overcome the energy shortage in Iraq, as well as the development of an efficient system of solar, wind turbine diesel generators. In this article, a Diesel Generator is combined with a wind turbine and batteries on the basis that the sun’s energy is not constant over time. The simulation was carried out using the HOMER program, which allows a detailed analysis of the volume and power of energy generated by the proposed system. The HOMER program is used for technical, economic, and environmental assessments. According to the results of the study, it was established that the most effective solution for saving electricity and overcoming energy shortages is a system consisting of renewable sources, as well as a diesel generator with batteries. The results also show that renewable energy sources used in the hybrid system provide about 69.2% of the electricity generated. This certainly improves the reliability of the electricity generated and reduces the fuel and maintenance costs of diesel generators, as well as saving the environment. The analysis of optimal systems is explained in detail to find the most achievable autonomous system.
  • Developing a thermal design for steam power plants by using concentrating solar power technologies for a clean environment
    L. Ali, Q. A. Ali, Ivana Kla, Ková, H. A. Issa, B. Yakimovich, Vladimir V. Kuvshimov
    Acta Montanistica Slovaca, 2021
    DOI: https://doi.org/10.46544/AMS.v26i4.14 Abstract A significant number of installations based on renewable energy sources are currently used in energy complexes in regions with high solar radiation. In particular, importance is attached to the use of direct solar energy conversion systems. The use of solar installations to provide thermal and electric energy is one of the promising areas of resources and energy saving. For more efficient use of solar energy, you can use combined plants that produce both thermal and electrical energy. Installations themselves to save materials, space and assembly time can be combined with the roof of buildings and structures. The authors of the presented work conducted experimental studies and obtained comparative characteristics of the operation of thermal, photovoltaic and combined solar installations. The main purpose of this study is to discuss the possibility of the development of thermal design power plants to produce electric power conventional steam to work the semi-joint system to exploit an array of solar collectors concentrated type parabolic cylindrical in processing the amount of thermal energy for steam turbine unit. In the study of the effectiveness of different designs to link Matrix complexes solar concentration in thermal design of the plant steam and as a measure of effectiveness was the use of the amount of savings in the amount of fuel consumed for the production of an electric power network, as a result of the use of matrix compounds concentrating solar power (CSP) study showed economic efficiency and environmental design of the proposed terms of the amount of savings the lowest in the amount of fuel consumed in the network 177.5 tons/year. Design of thermal energy for solar collectors concentrated matrix. Accordingly, the decrease in the amount of thermal energy and the amount of nitrogen oxides, which produced in the surrounded medium 0.628 tons.
  • Study of Hybrid Wind–Solar Systems for the Iraq Energy Complex
    L. M. Abd Ali, F. M. Al-Rufaee, V. V. Kuvshinov, B. L. Krit, A. M. Al-Antaki, N. V. Morozova
    Applied Solar Energy English Translation of Geliotekhnika, 2020
    This article presents the results of a study of a combined wind–photovoltaic installation for use in the energy sector of the Republic of Iraq. The presented hybrid system is proposed for providing energy to utility customers in Iraq and for its energy sector. Iraqi consumers are experiencing a constant shortage of electricity, and the proposed solution for joint generation of energy by wind–solar installations will help solve this problem. The authors show a total increase in the efficiency of the mini-energy complex due to the combined generation of electric energy by converting the wind flow and solar radiation. This study is devoted to the analysis and modeling of a small autonomous hybrid wind–solar energy system. During the study, parameters such as the angle of inclination, rotor diameter, wind speed, etc., were considered. The simulation of the photovoltaic installation is carried out under nominal conditions, such as the temperature of the silicon cell, solar insolation, etc. The MATLAB computer program was used to describe the mathematical models of small horizontal axes of wind turbines and photovoltaic systems. An experimental study was carried out using low power installations. The research results show that when using hybrid wind–solar systems to provide the energy complex in Iraq, the total production of the hybrid installation increases significantly. Moreover, the generation of electric energy by wind and solar installations in different months of the year is different. Those in the summer months, mainly photovoltaic batteries operate, and in the winter months, wind turbines make the main contribution to energy generation. As a result, the joint work of wind and solar installations to generate electrical energy helps to establish more uniform generation throughout the year. Such hybrid systems increase the reliability of the energy complex based on renewable energy sources. The introduction of the presented systems to provide individual consumers seems promising in the field of alternative energy.
  • Investigation of the losses of photovoltaic solar systems during operation under partial shading
    Pavel Kuznetsov, Ali Abd, Vladimir Kuvshinov, Hayder Issa, Hayder Mohammed, Ali Al-bairmani
    Journal of Applied Engineering Science, 2020
  • Erratum to: Storage System for Solar Plants (Applied Solar Energy, (2019), 55, 3, (153-158), 10.3103/S0003701X19030046)
    V. V. Kuvshinov, V. P. Kolomiychenko, E. G. Kakushina, L. M. Abd Ali, V. V. Kuvshinova
    Applied Solar Energy English Translation of Geliotekhnika, 2019
  • An Offshore Wind-Power-Based Water Desalination Complex as a Response to an Emergency in Water Supply to Northern Crimea
    V. V. Cheboxarov, B. A. Yakimovich, L. M. Abd Ali, F. M. Al-Rufee
    Applied Solar Energy English Translation of Geliotekhnika, 2019
  • Improvement of Methods for Predicting the Generation Capacity of Solar Power Plants: the Case of the Power Systems in the Republic of Crimea and City of Sevastopol
    V. V. Guryev, B. A. Yakimovich, L. M. Abd Ali, A. G. Al Barmani
    Applied Solar Energy English Translation of Geliotekhnika, 2019
  • Some Results of a Study of Wave Energy Converters at Sevastopol State University
    V. V. Cheboxarov, B. A. Yakimovich, N. V. Lyamina, L. M. Abd Ali, I. G. Zhiganov
    Applied Solar Energy English Translation of Geliotekhnika, 2019
  • Studies of the PV Array Characteristics with Changing Array Surface Irradiance
    V. V. Kuvshinov, L. M. Abd Ali, E. G. Kakushina, B. L. Krit, N. V. Morozova, V. V. Kuvshinova
    Applied Solar Energy English Translation of Geliotekhnika, 2019
  • Analysis of Various Energy Supply Scenarios of Crimea with Allowance for Operating Modes of Solar Power Planta
    S. V. Vologdin, B. A. Yakimovich, V. V. Kuvshinov, L. M. Abd Ali, E. G. Kakushina, A. G. Al Barmani, F. M. Al-Rufaee
    Applied Solar Energy English Translation of Geliotekhnika, 2019
  • Storage System for Solar Plants
    V. V. Kuvshinov, V. P. Kolomiychenko, E. G. Kakushkina, L. M. Abd Ali, V. V. Kuvshinova
    Applied Solar Energy English Translation of Geliotekhnika, 2019
  • Modeling and Simulation of Tidal Energy
    Layth Mohammed Abd Ali, Haider Ahmed Mohmmed, Othman M. Hussein Anssari
    Arpn Journal of Engineering and Applied Sciences, 2019
  • A Novel Design of7-Level Diode Clamped Inverter
    Layth Mohammed Abd Ali, Haider Ahmed Mohmmed, Husam Abdulhusein Wahhab
    Arpn Journal of Engineering and Applied Sciences, 2019

RECENT SCHOLAR PUBLICATIONS

  • МОДЕЛИРОВАНИЕ И УПРАВЛЕНИЕ ГИБРИДНОЙ ЭНЕРГЕТИЧЕСКОЙ СИСТЕМОЙ НА ОСНОВЕ СОЛНЕЧНОГО ВОДОРОДА И ТОПЛИВНЫХ ЭЛЕМЕНТОВ
    ХАИ ИССА, ЛМА АБДАЛИ, ВВ КУВШИНОВ, ВИ ВЕЛЬКИН
    Москва 2, 149-159 , 2026
    2026
  • Анализ использования различных методов отслеживания точки максимальной мощности для фотоэлектрических систем
    Х Альхусейни, ЛМ Абдали, ВВ Кувшинов, ЕВ Гусева
    2026
  • Review of the use of different maximum power point tracking methods for photovoltaic systems
    H Alhusseini, LM AbdAli, VV Kuvshinov, EV Guseva
    2026
  • Adaptive particle swarm optimization based model predictive control MPPT algorithm for PV systems under partial shading conditions
    H Alhusseini, LM Abdali, HA Issa, VI Velkin
    Results in Engineering, 107419 , 2025
    2025
    Citations: 15
  • Design, modeling, and control of a dual-axis solar tracker using fractional order PID controllers for enhanced energy efficiency
    HA Issa, LM Abdali, H Alhusseini, VI Velkin
    Results in Engineering 27, 106073 , 2025
    2025
    Citations: 19
  • МОДЕЛИРОВАНИЕ И УПРАВЛЕНИЕ РАБОТОЙ ФОТОЭЛЕКТРИЧЕСКИХ УСТАНОВОК С ТОПЛИВНЫМИ ЭЛЕМЕНТАМИ И УЛЬТРА-КОНДЕНСАТОРАМИ ПРИ ИСПОЛЬЗОВАНИИ ТММ-МЕТОДОВ
    ЛМ АБДАЛИ, БА ЯКИМОВИЧ, ХА ИССА, ВИ ВЕЛЬКИН, СЕ ЩЕКЛЕИН
    ЭНЕРГОСБЕРЕЖЕНИЕ, 22-31 , 2025
    2025
  • ТРАНСПОРТ АЗИАТСКО-ТИХООКЕАНСКОГО РЕГИОНА
    ХАИ ИССА, ВИ ВЕЛЬКИН, ЛМА АБДАЛИ, ВВ КУВШИНОВ, ...
    ТРАНСПОРТ АЗИАТСКО-ТИХООКЕАНСКОГО РЕГИОНА Учредители: Дальневосточный … , 2025
    2025
  • Комбинированные ветро-фотоэлектрические системы для энергоснабжения южных регионов Российской Федерации
    ЛМ Абдали, ВА Афанасьев, ВВ Кувшинов, ВН Стрижак, МР Меджитов
    Э 651 Энергетические установки и технологии: науч. журнал.–Севастополь … , 2025
    2025
    Citations: 1
  • Обзор традиционных и нетрадиционных источников энергии
    ЛМ Абдали, ИД Артёменко, МР Меджитов, КВ Штепа, ИА Линьков
    Э 651 Энергетические установки и технологии: науч. журнал.–Севастополь … , 2025
    2025
  • Учредители: Московский авиационный институт (национальный исследовательский университет) eISSN: 1727-6942
    ЛМА АБДАЛИ, ВВ КУВШИНОВ, ЕВ ГУСЕВА, СА КОНЕВА, ВМ ЦАЛОЕВ
    ТРУДЫ МАИ , 2025
    2025
  • Adaptive Particle Swarm Optimization Based Model Predictive Control Mppt Algorithm for Pv Systems Under Partial Shading Conditions
    L Abdali, H Alhusseini, HA Issa, VI Velkin
    Available at SSRN 5353112 , 2025
    2025
    Citations: 1
  • УВЕЛИЧЕНИЕ ПРОИЗВОДИТЕЛЬНОСТИ ФОТОЭЛЕКТРИЧЕСКИХ ПРЕОБРАЗОВАТЕЛЕЙ ПРИ ИСПОЛЬЗОВАНИИ ВЫСОКОТЕХНОЛОГИЧНЫХ СИСТЕМ ОХЛАЖДЕНИЯ
    АЛМ Абдали, В ВладиславовичКувшинов, ЕВ Гусева, СА Конева, ...
    2025
    Citations: 1
  • A STAND-ALONE HYBRID POWER SYSTEM BASED ON PV ENERGY AND HYDROGEN FUEL CELLS WITH ENERGY STORAGE SYSTEMS.
    HA Issa, LM Abdali, VI VELKIN
    MM Science Journal , 2024
    2024
    Citations: 16
  • The performance and advanced cooling techniques for photovoltaic solar panels
    MN Al–Maliki, M Soldan, HA Issa, LM Abdali, BA Yakimovich, ...
    MM Science Journal , 2024
    2024
    Citations: 9
  • Maximization the latent heat storage unit (LHSU) energy saving using simulated annealing algorithm
    A Drwiega, QA Ali, M Dudek, NR Maaroof, LM Abdali, BA Yakimovich
    MM Science Journal 2023, 6489-6494 , 2023
    2023
    Citations: 15
  • Анализ методов управления производительностью преобразователей постоянного тока солнечных элементов и выбор оптимального метода
    ЛА Абдали, МК Аль-Малики, АГА Баирмани, БА Якимович, ...
    Интеллектуальные системы в производстве 21 (1), 125-137 , 2023
    2023
    Citations: 6
  • ИНТЕЛЛЕКТУАЛЬНЫЕ СИСТЕМЫ В ПРОИЗВОДСТВЕ
    НА Мезаал, АА Калютик, АС САЛМАН, ЛМ АБДАЛИ
    ИНТЕЛЛЕКТУАЛЬНЫЕ СИСТЕМЫ 21 (4), 101-108 , 2023
    2023
  • Сравнение различных технологий производства водорода из природного газа
    НА Мезаал, АА Калютик, АС Салман, ЛМ Абдали
    Интеллектуальные системы в производстве 21 (4), 101-108 , 2023
    2023
    Citations: 3
  • ПРЕДОТВРАЩЕНИЕ СТАРЕНИЯ ТОПЛИВНЫХ ЭЛЕМЕНТОВ PEM ЗА СЧЕТ АВТОМАТИЧЕСКОГО ОПРЕДЕЛЕНИЯ РАЗМЕРА БАТАРЕИ
    ХА Исса, ЛМ Абдали, МН Аль-Малики, БА Якимович
    ББК 20.1 я43 Э 40, 485 , 2023
    2023
    Citations: 1
  • РАЗРАБОТКА ГИБРИДНОЙ СИСТЕМЫ ДЛЯ УЛИЧНОГО ОСВЕЩЕНИЯ, ПОДКЛЮЧЕННОЙ К СЕТИ
    ЛМ Абдали, ХА Исса, МН Аль-Малики, БА Якимович
    ББК 20.1 я43 Э 40, 406 , 2023
    2023

MOST CITED SCHOLAR PUBLICATIONS

  • Study of Hybrid Wind–Solar Systems for the Iraq Energy Complex
    LM Abd Ali, FM Al-Rufaee, VV Kuvshinov, BL Krit, AM Al-Antaki, ...
    Applied Solar Energy 56 (4), 284-290 , 2020
    2020
    Citations: 111
  • Storage system for solar plants
    VV Kuvshinov, VP Kolomiychenko, EG Kakushkina, LMA Ali, ...
    Applied Solar Energy 55 (3), 153-158 , 2019
    2019
    Citations: 83
  • Studies of the PV array characteristics with changing array surface irradiance
    VV Kuvshinov, LM Abd Ali, EG Kakushina, BL Krit, NV Morozova, ...
    Applied Solar Energy 55 (4), 223-228 , 2019
    2019
    Citations: 73
  • Modeling and simulation of tidal energy
    LM Abd Ali, H Ahmed Mohmmed, MOH Anssari
    J. Eng. Appl. Sci 14 (11), 3698-3706 , 2019
    2019
    Citations: 71
  • An offshore wind-power-based water desalination complex as a response to an emergency in water supply to Northern Crimea
    VV Cheboxarov, BA Yakimovich, LM Abd Ali, FM Al-Rufee
    Applied Solar Energy 55 (4), 260-264 , 2019
    2019
    Citations: 68
  • A novel design of 7-level diode clamped inverter
    LM Abd Ali, HA Mohmmed, HA Wahhab
    Journal of Engineering and Applied Sciences 14, 3666-3673 , 2019
    2019
    Citations: 68
  • HYBRID POWER GENERATION BY USING SOLAR AND WIND ENERGY
    ALM Abdali, BA Yakimovich, VV Kuvshinov
    energy 2, 26-31 , 2019
    2019
    Citations: 62
  • Investigation of the losses of photovoltaic solar systems during operation under partial shading
    PN Kuznetsov, VV Kuvshinov, HA Issa, HJ Mohammed, AG Al Barmani
    Journal of Applied Engineering Science 18 (3), 313-320 , 2020
    2020
    Citations: 61
  • Developing a thermal design for steam power plants by using concentrating solar power technologies for a clean environment.
    LM ALI, QA Ali, I Klačková, HA Issa, BA Yakimovich, VV Kuvshimov
    Acta Montanistica Slovaca 26 (4) , 2021
    2021
    Citations: 58
  • Some results of a study of wave energy converters at Sevastopol State University
    VV Cheboxarov, BA Yakimovich, NV Lyamina, LM Abd Ali, IG Zhiganov
    Applied Solar Energy 55 (4), 256-259 , 2019
    2019
    Citations: 55
  • Electricity Generation by using a Hybrid System (Photovoltaic and Fuel Cell)
    OMHALMAA Haider Ahmed Mohmmed
    Journal of Engineering and Applied Sciences 14 (13), 4414-4418 , 2019
    2019
    Citations: 55
  • Improvement of methods for predicting the generation capacity of solar power plants: The case of the power systems in the Republic of Crimea and city of Sevastopol
    VV Guryev, BA Yakimovich, LM Abd Ali, AG Al Barmani
    Applied Solar Energy 55 (4), 242-246 , 2019
    2019
    Citations: 54
  • Analysis of various energy supply scenarios of Crimea with allowance for operating modes of solar power planta
    SV Vologdin, BA Yakimovich, VV Kuvshinov, LM Abd Ali, EG Kakushina, ...
    Applied Solar Energy 55 (4), 229-234 , 2019
    2019
    Citations: 52
  • Mathematical modeling and controller for PV system by using MPPT algorithm
    HI Issa, HJ Mohammed, LM Abdali, AG Al Bairmani, M Ghachim
    Bulletin of Kalashnikov ISTU 24 (1), 96 , 2021
    2021
    Citations: 34
  • Оптимизация аккумулирования энергии в гибридных системах ветроэнергетики и фотовольтаики
    ЛМ Абдали, ФМ Аль-Руфаи, БА Якимович
    2020
    Citations: 29
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