Evaluation and seasonal characterization of a SFcR-3.0kW. with string inverter, monitored in real time, in the Andes of Puno-Peru

EasyChair Preprint 6167

Abstract

This research presents a seasonal classification of the operational parameters of a real system of connection to the nominal power 3.0 kWp network, installed at 3828 meters above sea level, in the renewable energy laboratory (EPIER-UNAJ) - Puno, whose objective is the HSP , the efficiency indicators, to visualize the influence of losses on the performance of the SFcR with string inverter, To achieve this objective, the data obtained from March 2019 to February 2020 are processed using the IEC 61724 approach, and then perform a classification by seasons of the year. Also, a comparison is made with reference data from the manufacturer. With the results obtained, the proposed approach is validated to demonstrate that the SFcR with string inverter has been successfully supervised. The maximum HSP appeared in spring with 6.4kWh / m ^ 2 and an annual average value of 6.0kWh / m ^ 2, the maximum PR is 81.85% at the spring equinox which indicates that the system works well. There are average net output losses of 18.86%, The Lc represents the losses due to the operation of the array, the losses in the string inverter amount to 12% on average, and due to inclination and orientation are below 10%, the CF is 20.26%, which shows the great potential of solar radiation to take advantage of photovoltaic solar generation.

Keyphrases: Energía solar, Factor de capacidad, Perdidas, Rendimiento energético, irradiación

@booklet{EasyChair:6167,
  author    = {Reynaldo Condori Yucra and José Manuel Ramos Cutipa and Pedro Yulian Puma Roque and Norman Jesús Beltrán Castañón and Henry Pizarro Viveros and Wilson Negrao Macedo},
  title     = {Evaluation and seasonal characterization of a SFcR-3.0kW. with string inverter, monitored in real time, in the Andes of Puno-Peru},
  howpublished = {EasyChair Preprint 6167},
  year      = {EasyChair, 2021}}