Analysis and Design of a Photovoltaic Power Plant to Improve the Electrical Service in the Island District of Anapia (#1820)
Read ArticleDate of Conference
July 17-19, 2024
Published In
"Sustainable Engineering for a Diverse, Equitable, and Inclusive Future at the Service of Education, Research, and Industry for a Society 5.0."
Location of Conference
Costa Rica
Authors
Quispe Quspe, Heraclio
Huayna Chambilla, René
Chura Acero, Julio Fredy
Lerma Coaquira, Alex Mario
Soncco Vilcapaza, Washington Miguel
Hurtado Arhuata, Huber Rony
Churata Huaraya, Juan
Abstract
This The present investigation presents the analysis and design of a photovoltaic plant to improve the electrical service of the Anapia district belonging to the Yunguyo province, Puno region, due to frequent failures in the underwater power section of its primary network. The electricity market study was carried out with which the maximum energy demand was determined. then we proceeded to analyze the solar resource and design the photovoltaic plant to cover the maximum demand. Finally, the calculations of the magnitude of the electrical parameters were carried out, obtaining a maximum demand of 440,309KWh/year (1206.33KWh/day), at peak solar hour of 6.20h; The photovoltaic plant will consist of 627 photovoltaic modules of 390Wp, to 175KV-380/13.2KV step-up, 10 grid inverters of 25KW, 360 lithium-ion batteries of 1.5KWh, transformer. In conclusion, the results obtained lead to the solution of the problem.