A PLC Controller Algorithm for Optimum Operation of Photovoltaic-Battery System

A PLC Controller Algorithm for Optimum Operation of Photovoltaic-Battery System

This paper presents a smart controller for optimal operation of solar systems. The controller is based on better utilization of the storage battery. In most of the commercial solar systems, the battery is charged during the daytime to be used at night or when the photovoltaic power is not available....

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Hauptverfasser: Al-Kandari, A., Gilany, M., Shaltout, A.
Format: Tagungsbericht
Sprache:eng
Schlagworte:
Batteries
Control systems
Costs
Optimal control
Photovoltaic systems
Programmable control
Regulators
Solar power generation
Solar system
Voltage control
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creator Al-Kandari, A.
Gilany, M.
Shaltout, A.
description This paper presents a smart controller for optimal operation of solar systems. The controller is based on better utilization of the storage battery. In most of the commercial solar systems, the battery is charged during the daytime to be used at night or when the photovoltaic power is not available. In this project, a PLC unit continuously monitors the system status. According to the system conditions, the battery can be used to support the PV array at the period of high demand. The battery output is continuously regulated to ensure that the PV array is operated at the peak power point to extract the maximum available power. It also used to support the load during peak period in order to reduce the maximum rated capacity for the PV and consequently reduces the total cost. In all modes of operation, the controller protects the battery from being over charged or deep discharged. It also keeps the battery current within the optimum limits
doi_str_mv 10.1109/LESCPE.2006.280372
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subjects Batteries
Control systems
Costs
Optimal control
Photovoltaic systems
Programmable control
Regulators
Solar power generation
Solar system
Voltage control
title A PLC Controller Algorithm for Optimum Operation of Photovoltaic-Battery System
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