sapiСистемный анализ и прикладная информатика«System analysis and applied information science»2309-49232414-0481Belarusian National Technical University10.21122/2309-4923-2024-3-35-40sapi-689Research ArticleУправление техническими объектамиManagement of technical objectsВлияние пыли на работу солнечных панелей в ЛивииThe influence of dust on the image of solar panel and its operation in LibyaАлбагоушА. А.AlbagoushA. A.

Албагоуш Алааедди Али, получает PhD по компьютерной инженерии в Белорусском национальном техническом университете. В настоящее время он работает начальником отдела коммуникаций в General Electricity Company of Libya.

Albagoush Alaaeddin Ali is pursuing his PhD in Computer Engineering in Belarusian National Technical University. He is currently working as head of the communications department at the General Electricity Company of Libya.

АбуаубаА. Б.AbuaubaA. B.

Абуауба А.Б., получает докторскую степень по инженерии энергетических систем в Университете Карабюк, Турция. В настоящее время он работает в General Electricity Company of Libya в качестве руководителя по управлению электрическими проектами.

Abuauba A.B. is pursuing a Doctorate in Energy System Engineering at Karabuk University, T urkey. At the moment, he is employed at General Electricity Company of Libya as a supervisor in electrical project management.

КуприяновА. Б.KupriyanovA. B.

Куприянов Андрей Борисович, к.т.н., доцент кафедры программного обеспечения

Kupriyanov Andrey Borisovich, PhD, Associate professor at the Software Department

Белорусский национальный технический университетБеларусьBelarusian National Technical UniversityBelarusУниверситет КарабюкТурцияKarabuk UniversityTurkey202422112024033540Copyright © Албагоуш А.А., Абуауба А.Б., Куприянов А.Б., 20242024Албагоуш А.А., Абуауба А.Б., Куприянов А.Б.Albagoush A.A., Abuauba A.B., Kupriyanov A.B.Данная работа распространяется под лицензией Creative Commons Attribution 4.0.This work is licensed under a Creative Commons Attribution 4.0 License.https://sapi.bntu.by/jour/article/view/689

Ливийское государство, разработавшее стратегический план развития возобновляемой энергетики на 2013–2030 годы, направленный на поощрение инициатив, направленных на достижение устойчивости, является одной из развивающихся стран, соперничающих за получение выгоды от солнечной энергии в секторе электроэнергетики. Соглашение о строительстве солнечной электростанции мощностью 500 МВт сделало этот план вполне очевидным. Основным препятствием на пути наилучшего использования солнечной энергии является загрязнение окружающей среды, в частности накопление пыли и птичьего помета на солнечных панелях. На эффективность выработки электроэнергии солнечными панелями существенно влияет скопившаяся на них пыль. В результате исследований были определены количественные показатели воздействия пыли на фотоэлектрические системы в Ливии и получены изображения солнечной панели при различной плотности пыли на ее поверхности. Натурные эксперименты показывают, что с увеличением плотности пыли ток короткого замыкания, напряжение холостого хода и выходная мощность фотоэлектрической батареи уменьшаются. Пыль плотностью 40 г/м2 может снизить максимальную мощность фотоэлектрических панелей более чем на 20 %. Полученные результаты могут быть использованы в автоматизированных системах очистки солнечных батарей.

The Libyan state, which created the strategic plan for renewable energy 2013–2030, which strives to encourage initiatives aimed at achieving sustainability, is one of the developing nations vying to gain from solar energy in the sector of electrical energy. The agreement to build a 500-MW solar power project made this plan quite evident. The primary barrier to the best possible use of solar energy is pollution, specifically the buildup of dust and bird droppings on solar panels. The efficiency of power generation from solar panels is significantly affected by dust accumulated on them. As a result of the research, quantitative indicators of the impact of dust on photovoltaic systems in Libya were determined and images of the solar panel were obtained with different densities of dust on its surface. The field experiments show that with the increase in dust density, the short-circuit current, open-circuit voltage, and output power of the PV both decrease. The dust with a density of 40 g/m2 can reduce the maximum power of the PV more than on 20 %. The resulting images of the solar panel can be used to assess the degree of dust in automated systems for solar panels cleaning.

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The authors declare that there are no conflicts of interest present.