MATLAB GUI Model for PV System Feasibility of a House Electricity Consumption in Turkey

Year 2019, Volume: 3 Issue: 2, 27 - 31, 10.10.2019

Kübra Nur Akpınar , Ayşe Ceyda Bilü Bedri Kekezoğlu

Abstract

In this study, feasibility analysis was done with a
program that created a simulation model in the MATLAB GUI environment for the
PV system installation in the production of electricity requirement of a house
in Turkey conditions. The energy consumption is calculated through the data of
the operating hours in a day and the number of running days in a year which
entered by user. Once the panel and zone selection options have been specified,
the program calculates the annual energy need for the house, the energy
generated, the number of panels required to produce this energy, and the area
required for system. Monthly energy distribution is shown graphically.
Calculations are being revised for different panel number usage. In the
economic analysis part, system cost, payback period and annual earnings are
determined. PV system model, consumers will invest in renewable energy that
will help to make the pre-feasibility and can be used as a decision-making
mechanism.

Keywords

Feasibility analysis, MATLAB GUI, Photovoltaic System, Payback Period, Renewable Energy

References

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