Design PV Standalone System in Electrical Engineering Laboratory of Musamus University Using PVSyst 6.7.0 PRO30

Abstract

The engineering design systems solar power plant is beginning to be done, procedure to reduce the occurrence of a mistake and the installation of a series of connecting in PV standalone system that result in the low absorption of energy sources the sun and the performance location in electrical engineering laboratory (EEL) of Musamus University of Merauke. In the analysis and this design use PVSyst6.70 pro30 as equipment help, with variable input data that is sourced from the area of the climate system design solar station instalment area and references peak load at EEL. The result was in accordance with the characteristics of the location of the location and the capacity of a load on research object. Based on the capacity and the operational time EEL, mounted on a then obtained power capacity system solar station required in EEL is 6,75 kWp with a power capacity of the burden of daily 5,98 kWp in temperature 50°C or 80% of the nominal required. The array PV standalone system in the area 43,9 m² area module to the north.