Abstract
The possibility of installing photoelectrical solar units inside domical structures with the maintenance of their power generation level was investigated; an optimal distance between a photoelectrical solar unit and the transparent walls of the respective domical structure was determined. The experiments were carried out at the North-Eastern Federal University in the central part of the Republic of Sakha (Yakutia) by determining reduction in the electrical energy efficiency of photoelectrical solar units when changing their location. An optimal distance for installing such units within transparent domical structures was found based on graphical interpretations and gradients. The authors obtained reference parameters for light flux reduction, the generation power of a photoelectrical solar unit when changing the operation medium, and the optimal distance of a photoelectrical solar unit inside a domical structure for reducing the surface contamination of the unit. It was found that, when photoelectrical solar units are operated within a transparent domical structure, the power generation falls by 25.61% as compared to actual results in open space. It was found that an increase in the distance between the transparent walls of the domical structure and the unit led to a decrease in the power generation by ~23.01% and the light flux power by 5.224% at 1.5 m. This method of installing photoelectrical solar units can be used in the construction and designing of smart home systems and autonomous power generation facilities in northern regions of Russia.
Highlights
Исследование влияния резкоконтинентального климата Севера на работу поликристаллической солнечной панели // Eurasia Science: сб. ст
Information about the article The article was submitted 06.06.2021; approved after reviewing 15.07.2021; accepted for publication 18.08.2021
Summary
Резюме: Цель – исследование возможности размещения фотоэлектрических солнечных установок внутри купольного строения, находящегося на базе испытательного полигона Северо-Восточного федерального университета им. На основе проведенных исследований определено, что в случае эксплуатации фот оэлектрических солнечных установок внутри прозрачного купольного строения мощность генерации падает на 25,61% в сравнении с фактическими данными генерации на открытом пространстве. Данный способ применения фотоэлектрических солнечных установок микромощности внутри купольного строения может применяться в рамках строительства и проектирования системы «Умный дом» и объектов автономной генерации электроэнергии и мощности на терр итории северных регионов России. Для цитирования: Местников Н.П., Васильев П.Ф., Давыдов Г.И., Хоютанов А.М., Альзаккар А.М-Н. Исследование возможности применения фотоэлектрических солнечных установок внутри купольного строения в условиях Севера. Mestnikov N.P., Vasilyev P.F., Davydov G.I. et al Applicability of photoelectrical solar units inside domical. Applicability of photoelectrical solar units inside domical structures in northern conditions. Ammosov North-Eastern Federal University, Yakutsk, Russia **Institute of Physical-Technical Problems of the North of the Siberian Branch of the Russian Academy of Sciences, Yakutsk, Russia ***Kazan State Power Engineering University, Kazan, Russia
Sign-in/Register to view highlights & summary Sign-in/Register to access full text options 
Free) 
Talk to us
Join us for a 30 min session where you can share your feedback and ask us any queries you have
Schedule a call
