Development of a mobile independent solar power plant based on solid-state heterojunction photocells for agricultural purposes

Авторы:

Tokmoldin, S.Zh (Соавтор)

Klimenov, V.V (Соавтор)

Girin, D.V. (Соавтор)

Chuchvaga, N.A (Соавтор)

Aimaganbetov, K.P (Соавтор)

Kishkenebaev, M.P. (Соавтор)

Tarakanova, S.N (Соавтор)

Tokmoldin, N.S. (Соавтор)

Издательство:

Pensoft Publishers

Дата издания

12.06.2022

Область исследования

Инжиниринг и технологии

Тип исследования

Фундаментальное

Аннотация (краткое описание)

Mathematical simulation of temperature distribution on double-sided solar cells has been carried out. Differences in the configuration of photoelectric converters prove to solely amount to the fact that a double-sided solar cell has a more efficient heat sink at the rear side. Furthermore double-sided solar cells exhibit higher power conversion performance. Calculations confirm the correctness of giving preference to double-sided solar cells which is of great importance for the photoelectric converter design developed by us. Analysis of market-available photovoltaic technologies of solar energy to electric power conversion has led to the development of a photovoltaic converter on the basis of double-sided silicon heterojunction solar cells. The configuration developed is a moving platform having a photovoltaic cell array mounted on it and a light flux collector. A double-axis tracking system has been developed for the general case of planar attachment of solar cell modules. A 350 mm stroke drive provides for movement in the north-south direction and a 450 mm stroke drive, in the east-west direction. The task has been outlined to find the required arm for providing symmetrical positioning at the maximum rotation angle about the axis. As a result, technical solutions have been developed for the north-south and the east-west directions. Furthermore a schematic wiring diagram has been designed to implement the preset solar tracking system algorithm. The system is also fitted with a GPS/GLONASS module for system precision positioning and time synchronization. © 2022 National University of Science and Technology MISiS.

Соответствие целям устойчивого развития (ЦУР)

3. 

Хорошее здоровье и благополучие

7. 

Недорогая и чистая энергия

URI

https://www.scopus.com/record/display.url?eid=2-s2.0-85167411458&origin=resultslist

DOI

10.3897/j.moem.8.2.90062

Тип публикаций

Статья

Дата подачи заявки

01.01.1970

Данный документ располагается в коллекциях

Международные публикации ученых SU

Scopus

Файлы документа

Development of a mobile independent solar power plant based on solid-state heterojunction photocells for agricultural purposes.pdf