Development of a Software Solution for Solar-PV Power Systems Sizing and Monitoring

Year 2013, Volume: 3 Issue: 3, 698 - 706, 01.09.2013

İshioma Ani Odigwe Chidiebere Nnadi Ayoade Felix Agbetuyi Ajibola Ayokunle Awelewa Francis Idachaba

https://izlik.org/JA27NK72TW

Abstract

Power systems sizing and monitoring are very important design components in determining the overall performance of solar-photovoltaic (PV) systems. These design components represent the pre-installation and post-installation stages of solar-PV systems planning respectively, and paying adequate attention to them can go a long way to increasing the working life of solar-PV system installations. The SolarHelper developed in this work is a small software solution package that monitors and records vital system variables that will give the state and performance of an existing solar-PV installation at any given time; and it is able to accurately provide a simulated output of the required battery storage capacity, and PV array size based on load demands.

Keywords

Interfacing; microcontroller; monitoring; sizing; software solution package; solar-PV system

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