The document outlines a final year project to design a single phase pure sine wave hybrid photovoltaic inverter that can convert DC power from a solar panel into AC power to supply home appliances, with a block diagram, timeline, objectives to create a cost-effective inverter that generates a pure sine wave and charges a 12W battery, and questions from three student group members and their supervisor.

1. Single Phase Pure Sine
Wave Hybird PV Inverter
Group Members
1) GUL JAN (UET-11)
2) SYED AAYAN SHAH (UET-21)
3) MOHSIN SULTAN (UET-33)
Department of Electrical Engineering
Supervisor Name: Engr. Kiran Khurshid
Co supervisor Name: Engr. Zar Khitab
APCOMS Insignia

2. Contents
• Problem statement
• Type of project
• Literature Review
• Block diagram
• Tentative Time line
• FYP Objective
• FYP Outcome
• Q &A

3. Problem Statement
 As a result of continuous power failure and fluctuation in power
supply, sensitive appliances and system are affected by interruption
power supply and the blackout also affect human generally in that it
takes away our happiness. Then, this project is to provide a back-up
and reliable power supply from a renewable energy source (solar
panel) to power some selected home appliances such as computers,
television set, lighting systems.
Problem statement Type of project Literature Review Block diagram Tentative Time line FYP Objective FYP Outcome Q &A

4. Type of project
• Mostly hardware based
• A good margin for research after implementation
• 60% hardware
• 40% software
Problem statement Type of project Literature Review Block diagram Tentative Time line FYP Objective FYP Outcome Q &A

5. Literature Review
Problem statement Type of project Literature Review Block diagram Tentative Time line FYP Objective FYP Outcome Q &A
• G. Saravana Ilango, P. Srinivasa Rao, A. Karthikeyan and C. Nagamani,
“Single-stage Sine-wave Inverter for an Autonomous Operation of
Solar Photovoltaic Energy Conversion System”, Renewable Energy, July
2000.
• T. K. Kwang and S. Masri, “Single phase grid tie inverter for
photovoltaic application,” IEEE Conf. Sustain. Util. Dev. Eng. Technol.
2010, STUDENT 2010 - Conf. Bookl., no. November, pp. 23–28, 2010.

6. Block diagram
Problem statement Type of project Literature Review Block diagram Tentative Time line FYP Objective FYP Outcome Q &A
DC/DC
Booster
330/340V
Single-Phase
AC Grid
DC/AC
330/340V to
220/230V
Single PV
Module
12V
Auxillary
Power Supply
Microcontroller
LCD Display
And User
Interface

7. Tentative Time line
Problem statement Type of project Literature Review Block diagram Tentative Time line FYP Objective FYP Outcome Q &A
Sep-Oct 5 Oct-Nov 25 Nov-Jan 5 Jan 5 -Jan 25 Mar-April 25
Literature
Review
Designing and
implementation
App
Development
Final hardware
Implementation
Report Writing

8. FYP Objective
Problem statement Type of project Literature Review Block diagram Tentative Time line FYP Objective FYP Outcome Q &A
• The main objective of this project is to design and construct a solar
power generating device that can collect an input dc voltage from the
PV cell and convert it to 220V ac output which can be use to power ac
appliances.
• The main function of solar inverter is to convert battery's Direct
Current (DC) into pure sine wave Alternative Current (AC) to feed
home compliances.

9. FYP Deliverables
Problem statement Type of project Literature Review Block diagram Tentative Time line FYP Objective FYP Outcome Q &A
• Fully functional capable of charging 12 Watt of battery.
• Will generate a single phase pure sine wave.
• Cost Effective.

10. Q & A
Problem statement Type of project Division of project Literature Review Block diagram Tentative Time line FYP Objective FYP Outcome Q &A