Design And Installation Of 200 Watt Solar Power System | Blazingprojects Postgraduate Thesis
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Design And Installation Of 200 Watt Solar Power System

 

Table Of Contents


  • Title Page Approval page Dedication Acknowledgement Abstract Table of content List of figures List of tablesCHAPTER ONE:
  • 1.0INTRODUCTION
  • 1.1Need for the project
  • 1.2Scope of study
  • 1.3Definition of termsCHAPTER TWO:
  • 2.0LITERATURE REVIEW
  • 2.1The basics of solar power system
  • 2.2Principle of solar panel 2.
  • 2.1Estimating system out 2.
  • 2.2Standard test conditions 2.
  • 2.3Temperature 2.
  • 2.4Dirt and dust 2.
  • 2.5Mismatch and wiring losses
  • 2.3Solar charge controller
  • 2.4Principle of inverter 2.
  • 4.1Inverter sizing 2.
  • 4.2DC to AC conversion losses
  • 2.5solar battery 2.
  • 5.1Temperature effect 2.
  • 5.2Battery voltage 2.
  • 5.3Battery power conversion efficiency 2.
  • 5.4Monitoring and maintenanceCHAPTER THREE:
  • 3.0SYSTEM OPERATION
  • 3.1Block diagram of the system
  • 3.2System operation with block diagramCHAPTER FOUR:
  • 4.0SYSTEM DESIGN
  • 4.1Load evaluation and power consumption table 4.
  • 1.1Calculating power consumption
  • 4.2Battery sizing
  • 4.3Solar panel sizing 4.
  • 3.1Typical Pv electrical system types 4.
  • 3.2Solar array sizing worksheetCHAPTER FIVE:
  • 5.0PROCUREMENT AND INSTALLATION
  • 5.1Procurement
  • 5.2Determination of installation site 5.
  • 2.1Mounting options
  • 5.3Installation procedureCHAPTER SIX:
  • 6.0TEST AND RESULT
  • 6.1Test and resultsCHAPTER SEVEN:
  • 7.0CONCLUSION AND RECOMMENDATION
  • 7.1Conclusion
  • 7.2Recommendation
  • 7.3Limitation Reference

Thesis Abstract

The 200W solar system was determined by load assessment, solar panel number determination, battery requirement and then inverter sizing. A complete solar panel rated at 200w was however purchased, together with 2 no. 150A solar battery, 1500W inverter and also 10A charge controller. These were assembled together with necessary protective gadgets like cut out switches; to give the 200W expected. The solar panel was mounted outside the building to allow for maximum collection of sun energy. It is expected that the system will help the department meet up with its office duties even when central power is not available.

Thesis Overview

INTRODUCTION
1.1 NEED FOR THE PROJECT

The general objective of the system is to provide efficiency, steadiness in the use of power appliances, by ensuring continuous availability of power supply even in the absence of mains. Uninterruptability of the system made it possible to eliminate all suspense from mains outage during the execution of an important and urgent assignment as may be required.
For better production of the system, the system was operated at a fully charged condition of the battery.
The project was rated 200W of 220V and 50Hz. It was expected that at this condition, it was favourable to carry load of the stipulated power. Loads of low power factors are not helpful since they produce spikes. Overloading is not potent to provide zero change over time and the inverter had LEDs which indicates mains failure and battery discharge and system fault.1.2 SCOPE OF STUDY
This solar power source makes it possible to provide a clean reliable supply of alternative electricity free of sags or surges which could be found in the line voltage frequency.
The solar power system (SPS) system achieved this by direct current from solar panel and by rectifying the standard main supply, using the direct current to charge the batteries and to provide clean alternative power by passing the energy a filter system.
It has zero change over time and LEDs which indicates mains fail and battery discharge level and it provides 100% protection against line noise, spikes surges and audio frequency interference.1.3 DEFINITION OF TERMS
1. Inverter unit: This unit converts a DC voltage into AC voltage with the help of the inverter unit.
2. Automatic Control Unit: This provides all the required control needed to meet up the objective of the whole system
3. Battery Unit: This is a secondary cell unit, capable of storing enough DC voltage from either sun or AC main, of which is later converted to AC voltage.

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