Repotenciación y automatización del sistema de generación fotovoltaico para el laboratorio e invernadero de Granos Andinos en el Campus Salache.

At campus Salache in Technical University of Cotopaxi, a photovoltaic generation system was implemented for the energy supply of a grain treatment laboratory, with its respective greenhouse, which it consists of loads established and predetermined for partial use during 24 hours per day, 365 days a year, which is “connected network”, type which maneuvers through a manual transfer system as it is a panel in which a person intervenes for its operation could be considered inappropriate since that place only a personnel remain during the day and when there is a failure in the supply in the personnel absence, energy stability cannot be restored. The photovoltaic system presented initial design flaws in the loads dimensioning to be fed since it was not considered high starting current peaks of some equipment belonging to the demand for this reason the installed 2000W current inverter does not support the wave capacity transformation and sends under the photovoltaic system for this reason the generation capacity will be increased, with a new bank increase of 5 panels of 150W each, one being a new circuit a new charge regulator will be entered into the system 100A of the MPPT type, which will be anchored to the installed battery bank with a capacity of 418.88Ah, connected to a new current inverter of 3000W of nominal power and 6000W of peak power sized according to the actual installed demand of approximately 1.9KWh / day. It demands that it be controlled with an automatic load transfer system implemented from 100A, guaranteeing an efficient system connected to the network.

• 1. Verfasser: Rueda Cervantes, Andrés Fernando (author)
• Format: bachelorThesis
• Sprache: spa
• Veröffentlicht: 2020
• Schlagworte: Eléctrica; Energía; Automatización; Transferencia
• Online Zugang: http://repositorio.utc.edu.ec/handle/27000/6804