Project Background 1 Design and Analysis Electrical Energy form Clay Soil.

TABLE OF CONTENT CHAPTER TITLE PAGE ABSTRACT i ACKNOWLEDGEMENT ii TABLE OF CONTENT iii LIST OF TABLES v LIST OF FIGURES vi LIST OF ABBREVIATION LIST OF SYMBOL LIST OF APPENDIX viii LIST OF ABBREVIATION ix LIST OF SYMBOL x 1 INTRODUCTION 1

1.1 Project Background 1

1.2 Problem Statements 2 1.3 Objectives 2 1.4 Project Scopes 2 1.5 Report Outline 3 2 LITERATURE REVIEW 4 2.1 Type of Soil 4 2.2 Design Earth Battery 5 2.3 Type of Electrode 6 2.4 Arrangement of DC Supply of Clay Soil 11 2.4.1 Series Connection 11 2.4.2 Parallel Connection 12 2.4.3 Cascade Connection 13 3 PROJECT METHODOLOGY 14 3.1 Hardware Setup 14 3.1.1 Casing of Earth Soil Battery 14 CHAPTER TITLE PAGE 3.1.2 Assemble of Electrode 16 3.1.3 Installation of Clay Soil 17 3.1.4 Arrangement of Clay Soil 18 3.2 Hardware Testing 19 4 RESULT, ANALYSIS AN DDISSCUSSION 21 4.1 Series Connection of Each Cell 21 4.1.1 Voltage Difference of Series Connection 23 4.2 Cascade Connection of Each Cell 24 4.2.1 Voltage difference of cascade connection 25 4.3 Total Output Voltage in Series Connection 26 4.3.1Total Voltage Difference of Series Connection 27 4.4 Total Output Voltage in Cascade Connection 28 4.4.1 Total Voltage Difference of Cascade Connection 29 5 RECOMMENDATION AND CONCLUSION 30 5.1 Conclusion 30 5.2 Recommendation 31 REFERENCE 32 APPENDICES 34 LIST OF TABLE TABLE TITLE PAGE 2.1 Types of Soil with Average Resistivity and Typical Resistivity Value 5 2.2 Comparison of Resistivity, Conductivity and Thermal conductivity of Each Type of Material 10 2.3 Comparison of Connection between Series, Parallel, Cascade 13 LIST OF FIGURE FIGURE TITLE PAGE 2.1 Type of Soil a Clay Soil; b Sandy Stone; c Slate Soil 5 2.2 Acrylic Material 6 2.3 Type of Electrode a Copper Electrode; b Gold Electrode; c Aluminum Electrode; d Brass Electrode 8 2.4 Distribution of Current in a Homogenous Soil 10 2.5 Series Connection 11 2.6 Parallel Connection 12 2.7 Series-Parallel Connection 13 3.1 Acrylic Casing Container 15 3.2 Casing Covered by Acrylic Silicon 16 3.3 Check for Leakage on Each Cell 16 3.4 Type of equipment a Rod with Connector; b Digital Multimeter 17 3.5 Insert clay into an acrylic container 18 3.6 Series Connection Circuit 19 3.7 Cascade Connection Circuit 19 3.8 Type of Connection a Series Connection of Clay Soil; b Series Connection with 3V LED; c Cascade Connection of Clay soil; d Cascade Connection with 3V LED 20 4.1 Output voltage of each cell of series connection 21 4.2 Voltage different of each cell of series connection 23 4.3 Output voltage of each cell of cascade connection 24 4.4 Voltage difference of each cell of cascade connection 25 4.5 Total output of series connection 26 4.6 Voltage different of total output voltage of series Connection 27 4.7 Total output of cascade connection 28 4.8 Voltage different of total output voltage of cascade connection 29 LIST OF APPENDIX APPENDIX TITLE PAGE A Table of Output voltage of series connection of each cell 34 B Table of Output voltage of cascade connection of each cell 36 C Table of total output voltage of series connection 38 D Table of total output voltage of series connection 39 E Flow chart of project methodology 40 F K-Chart 41 LIST OF ABBREVIATION DC - Direct Current LED - Lighting Emitting Diode PMMA - Polymethyl Methacrylate pH - Power of Hiydrogen H - Hydrogen ion LIST OF SYMBOL R - Resistance I - Current V - Voltage L, - Length of cylinder rod S - Cross sectional area J - Current density K - Thermal conductivity - Electrical resistivity - Electrical conductivity - Ohm S - Siemen A - Amp W - Watt k - Kelvin C - Celcius CHAPTER 1 INTRODUCTION

1.1 Project Background