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Integrated Solar

Power System for

Home

Supervisor:

A/C(r) M Ajmal Jauhar

Group Members:

Rana M. Adnan Akbar (100246)

Malik M. Haris Amir (100335)

Usman Farooq (100329)

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Table of Contents

Abstract

Goals & Objectives

Block DiagramHardware & Software

Applications

Future Enhancements

Proposed Timeline

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ABSTRACT

The project is to integrate solar power with WAPDA

supply as taking solar as main input.

It will provide power to loads if solar energy is not

available.

It is an improvement to the existing Solar power

generation projects because it intelligently control the

power .

Load will be managed according to the available

power source.

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ABSTRACT

It is a prototype project for 100/200 (DC/AC) watts.

It automatically calculates the load and manage it.

Program will be made available in form of a calculator

which will do all the calculation and load

management.

According to the need of users we can calculate our

complete system requirements via software.

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Goals & Objectives

In a country like Pakistan where Energy crisis is

burning issue & conventional sources are not enough

to fulfill the requirements so we need to move

towards the non-conventional sources like Solar

Power.

Solar power can provide energy in remote Areas

without any transmission lossTo provide alternate power system in low cost.

User friendly system

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BLOCK DIAGRAM

CONTROL

CIRCUITRY

SOLAR

PANELCHARGE

CONTROLLER

WAPDASOURCE

RECTIFIER

B

A

L

A

N

C

E

BATTERY

DC

LOAD

INVERTERAC

LOAD

SOLAR POWER

NO SUPPLY

WAPDA

Battery supply

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BLOCK DIAGRAMBLOCK DIAGRAM

CONTROL

CIRCUITRY

SOLAR

PANELCHARGE

CONTROLLER

WAPDASOURCE

RECTIFIER

B

A

L

A

N

C

E

BATTERY

DC

LOADINVERTERCOMPARATOR

AC

LOAD

SOLAR POWER

NO SUPPLY

WAPDA

Battery supply

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BLOCK DIAGRAMBLOCK DIAGRAM

CONTROL

CIRCUITRY

SOLAR

PANELCHARGE

CONTROLLER

WAPDASOURCE

RECTIFIER

B

A

L

A

N

C

E

BATTERY

DC

LOAD

INVERTERAC

LOADLOAD

MANAGEMENT

SOLAR POWER

NO SUPPLY

WAPDA

Battery supply

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Hardware & Software

Hardware

Solar panel (for collecting solar energy)

Charge controller (monitoring & controlling)

Control circuitry (intelligently control system)

Battery (storage power)

Inverter ( DC to AC for AC loads)

Rectifier ( AC to DC conversion) DC and AC loads ( Loads)

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Hardware & Software

Software

Different languages like C++ , Or any other

programming language for software purpose (for

calculations) can be used.

Assembly or C language for charge controller

and control circuitry can be used.

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Applications

It can be effectively applied in countries like Pakistan

where solar energy is available in excess about 4 to 5

peak hours.

Generally It can be applied in homes, offices,

Education centers, Hospitals etc.

It can also be applied in remote areas without any

Transmission cost.

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Future Enhancements

In Future projects of solar power system people can

use Solar tracker to increase its efficiency.

Solar power could be integrated with WAPDA or anyother power system such as wind power system.

Currently Solar Panels are not utilized on industrial

level but it can be use by applying on broader level.

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Proposed Timeline

Summer

In three months of summers

Load calculations

Cost calculations

Software work

7th Semester

In 7th semester hardware and software for DC loads willbe done.

8th Semester

In 8th Semester complete project for DC loads as wellas AC loads will be done with automatic loadmanagement system. Also the project will hopefully be

completed at the end of 8th semester.

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