Design of a Solar Energy based System - Get maximum energy from the sun Efficient tracking of the sun Control the charge from the entire energy system

by Immad, Muhammad
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Immad, Muhammad Design of a Solar Energy based System - Get maximum energy from the sun Efficient tracking of the sun Control the charge from the entire energy system
Immad, Muhammad - Design of a Solar Energy based System - Get maximum energy from the sun Efficient tracking of the sun Control the charge from the entire energy system

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Description

The project covers the designing and developing of a complete solar energy based system. It consists of designing of a solar panel & the mechanism that supports the panel and the motion of the DC motor. It also includes solar tracking system which consists of two light dependent resistors (LDR's). As different light intensity falls on both LDR s, a voltage comparator is required which compares the high and low voltages. The LDR's are connected to two transistors which are further connected to a 89c51 microcontroller. When the microcontroller gets any logic low at a port, it will give a high output accordingly on the corresponding port. In the charge controller, the system operating input voltage control consists of a relay whose function is to switch between the battery voltage & the main power after converting it into DC. To shift the load from the main power to the inverter, a load shift circuit is used. Two charging circuits are also involved in the system. In the overcharging & full charging circuit, the maximum point of voltage was set to 14 volts due to which the system can be managed between 12-14 volts whereas the discharging circuit prevents the discharging of the battery.

Contributors

Author:
Immad, Muhammad

Further information

Biography Artist:
Muhammad Immad, BETE studied Electrical Engineering (Telecommunication) at Air University Islamabad during 2008-12. Energy crisis in his country made him think to explore various techniques of harnessing solar energy. His final year project is a simple & a user-friendly method of achieving maximum energy coming from the sun.
Language:
Englisch
Number of Pages:
68
Media Type:
Taschenbuch
Publisher:
LAP Lambert Academic Publishing

Master Data

Product Type:
Paperback book
Release date:
23 January 2013
Package Dimensions:
0.22 x 0.15 x 0.004 m; 0.15 kg
GTIN:
09783659329678
DUIN:
2DPBR2E9HHR
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