Modeling And Control Stand Alone PV System Using Voltage Mode Control DC Converter Method

Nurfaezah, Abdullah (2012) Modeling And Control Stand Alone PV System Using Voltage Mode Control DC Converter Method. Project Report. UTeM, Melaka, Malaysia. (Submitted)

	PDF (24 Pages) Modeling_And_Control_Stand_Alone_PV_System_Using_Voltage_Mode_Control_DC_Converter_Method_-_24_Pages.pdf - Submitted Version Download (285kB)
	PDF (Full Text) Modeling_And_Control_Stand_Alone_PV_System_Using_Voltage_Mode_Control_DC_Converter_Method_-_Full_Text.pdf - Submitted Version Restricted to Registered users only Download (1MB)

Abstract

Photovoltaic system is one common commercial device that contributes for renewable energy. It has been used widely for a past few years ago and still been research for the enhancement to achieved best performance and efficiency towards of future needs. This project proposes a modeling and control Stand alone Photovoltaic system using voltage mode control DC converter method to overcome the difficulty of using MPPT algorithms. This system is design based on parameter of commercial photovoltaic datasheet while the voltage mode control used to model power converter. Important part in generating power from Photovoltaic system is to produce constant response under uniform irradiance. Instead of using MPPT, this proposed technique was chosen to produce constant voltage. The modeling system will be constructing and simulate using Matlab Simulink to make a comparison between this two method. Anticipation from this modeling is to get the similarity and differences between proposed method and conventional method. As the result, the similarities had been defined that it can be implemented to produce maximum power. As the consequences, this proposes method might be implemented in two conditions under uniform irradiance and temperature and different irradiance. Under different temperature the performance of PV attached with MPPT technique and the proposes techniques get obviously different due on performance.

Actions (login required)

View Item