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Maximum Power Point Tracking Final Year Report | Operational Amplifier | Capacitor

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UNIVERSITI MALAYSIA SABAH SCHOOL OF ENGINEERING AND INFORMATION TECHNOLOGY Design Project KE 30602 Final Report Lecturer name Team member : : Yoong Hou Pin Albert Ling Hoe Ying (BK09110140) Norrahmah Binti Salleh (BK08110327) Kong Mei Chie (BK09110029) Azahar B. Ali (BK09160210) Nur Fakhriah Binti Mohd Yusuf (BK08160432) Siti Hajar Binti Basuni(BK09110030) Date of Submission : 4 June 2012 Final Report Maximum Power Point Tracking (MPPT) Client Project Leader : Mr. Yoong : Albert Ling H
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    UNIVERSITI MALAYSIA SABAH   SCHOOL OF ENGINEERING AND INFORMATION TECHNOLOGY  Design ProjectKE 30602Final Report Lecturer name : Yoong Hou PinTeam member : Albert Ling Hoe Ying (BK09110140)Norrahmah Binti Salleh (BK08110327)Kong Mei Chie (BK09110029)Azahar B. Ali (BK09160210)Nur Fakhriah Binti Mohd Yusuf (BK08160432)Siti Hajar Binti Basuni(BK09110030)Date of Submission : 4 June 2012    Final ReportMaximum Power Point Tracking(MPPT) Client : Mr. Yoong   Project Manager : Mr. Yoong Hou Pin   Project Leader : Albert Ling Hoe Ying    Abstract The project works with maximum power point tracking (MPPT) using the Perturb and Observe (P&O)algorithm. The P&O algorithm is implemented using the controller make up of logic components such asvoltage follower, voltage inverter, differentiators, comparators, and X-OR gates. The solar energyharvested from solar panel is fed into the MPPT system to acquire maximum power output at the load.Typical solar panel works with low efficiency such < 15% thus, maximizing from the solar panel energyis a necessity to achieve optimum performance of solar energy. A simple MPPT system is built tomaximize the power of solar panel (80W).    TABLE OF CONTENTCHAPTER TITLE PAGEABSTRACT i LIST OF TABLE ii LIST OF FIGURE iii-iv LIST OF ABBREVIATION v 1 Introduction 1.1 Overview 11.2 Power Supply Research 21.3 MPPT Research 21.4 Objective 31.4.1 Problem statement 31.4.2 Requirements 31.4.3 Safety Feature 41.4.4 Tolerance/Accuracy 41.4.5 Input/output Definition 41.4.6 Operation Environment 41.4.8 Hazardous Level 41.4.9 Overshoot Protection 41.5 Scope of work 51.5.1 Academic Review 51.5.2 Mathematical Modeling 51.5.3 Simulation 51.5.4 Hardware Realization 51.5.5 Testing 51.5.6 Calibration 61.6 METHODOLOGY 61.6.1 Academic Review 61.6.2 Mathematical Modeling 61.6.3 Simulation 71.6.4 Hardware Realization 71.6.5 Testing 7
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