Modelling and Balance Energy Analysis of Photovoltaic for 1.300 VA Household Electric in Jember Indonesia

Abstract

In Indonesia, 1,300 VA of electricity customers are very growing, therefore in order to an effective acceleration for the use of renewable energy, energy transfer from fossil energy to renewable energy planning needs to be directed at 1,300 VA load customer. The problem is how to design an effective system, especially in terms of determining the installed capacity in accordance with the renewable energy potential in a particular location. In this research, photovoltaic models, load models, irradiant models, and temperature models in Jember were developed as research locations. With the model and simulation made using PSIM, it can be concluded that with the model made using 60 photovoltaic modules, with 5 parallel formations from a series of 12 modules composed of 36 PV cells, or there are 2,160 PV cells, the system can balance between source and used electric energy.