Design and build a stand alone solar powered street lighting

Free electricity from the sun would appear to be the future power of our generation. This is especially the case for Malaysia, which has the advantage of unlimited sunshine all year round. With such abundant sunshine, we should be using solar powered traffic lights, solar highway lights, solar stre...

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Main Author: Zaquan Hafizee Shuhaimi
Other Authors: Rosnazri Ali (Advisor)
Format: Learning Object
Language:English
Published: Universiti Malaysia Perlis 2009
Subjects:
Online Access:http://dspace.unimap.edu.my/xmlui/handle/123456789/4601
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spelling my.unimap-46012009-02-05T05:02:43Z Design and build a stand alone solar powered street lighting Zaquan Hafizee Shuhaimi Rosnazri Ali (Advisor) Detector Solar energy Solar lights -- Design and construction Solar lighting Light detector Solar power system Electric power Free electricity from the sun would appear to be the future power of our generation. This is especially the case for Malaysia, which has the advantage of unlimited sunshine all year round. With such abundant sunshine, we should be using solar powered traffic lights, solar highway lights, solar streetlights, and many applications. Solar modules (photovoltaic panels) are one of the most important assets to most renewable energy system. It is work by converting sunlight directly into electricity energy and will make the street light turn on automatically just after dusk and turn off automatically at dawn. All solar systems need at least 1 battery to stored energy. The energy can be stored in batteries and use later on after dusk. This project required in designing the battery charge controller for the battery. The battery charge controller unit manages the electricity flow by optimizing the energy stored in battery and guaranteeing the battery durable in long period of time. The battery will charging until reach a set-up cut-off voltage (15 volts) After exceed that level, the battery will stop charging until the battery voltage drop to 12 volts. The battery will re-charge after the voltage of the battery reach 12 volts. The simple word to describe the flow of the circuit is that this circuit will detect changes of voltages when the input voltage is between two limits (12 volts to 15 volts).Beside that, this project required in designing the light detector to make the street lighting operate only in night/dull mode. It make sure that the voltage supply for the load is 12 volts to avoid overvoltage and 9 volts will cut-off the load from supply to make sure the lights do not dim. For the lighting, the street light will use super bright LED; replace the filament 12 volts car lamp that is used before. 2009-02-05T05:02:43Z 2009-02-05T05:02:43Z 2008-05 Learning Object http://hdl.handle.net/123456789/4601 en Universiti Malaysia Perlis School of Electrical Systems Engineering
institution Universiti Malaysia Perlis
building UniMAP Library
collection Institutional Repository
continent Asia
country Malaysia
content_provider Universiti Malaysia Perlis
content_source UniMAP Library Digital Repository
url_provider http://dspace.unimap.edu.my/
language English
topic Detector
Solar energy
Solar lights -- Design and construction
Solar lighting
Light detector
Solar power system
Electric power
spellingShingle Detector
Solar energy
Solar lights -- Design and construction
Solar lighting
Light detector
Solar power system
Electric power
Zaquan Hafizee Shuhaimi
Design and build a stand alone solar powered street lighting
description Free electricity from the sun would appear to be the future power of our generation. This is especially the case for Malaysia, which has the advantage of unlimited sunshine all year round. With such abundant sunshine, we should be using solar powered traffic lights, solar highway lights, solar streetlights, and many applications. Solar modules (photovoltaic panels) are one of the most important assets to most renewable energy system. It is work by converting sunlight directly into electricity energy and will make the street light turn on automatically just after dusk and turn off automatically at dawn. All solar systems need at least 1 battery to stored energy. The energy can be stored in batteries and use later on after dusk. This project required in designing the battery charge controller for the battery. The battery charge controller unit manages the electricity flow by optimizing the energy stored in battery and guaranteeing the battery durable in long period of time. The battery will charging until reach a set-up cut-off voltage (15 volts) After exceed that level, the battery will stop charging until the battery voltage drop to 12 volts. The battery will re-charge after the voltage of the battery reach 12 volts. The simple word to describe the flow of the circuit is that this circuit will detect changes of voltages when the input voltage is between two limits (12 volts to 15 volts).Beside that, this project required in designing the light detector to make the street lighting operate only in night/dull mode. It make sure that the voltage supply for the load is 12 volts to avoid overvoltage and 9 volts will cut-off the load from supply to make sure the lights do not dim. For the lighting, the street light will use super bright LED; replace the filament 12 volts car lamp that is used before.
author2 Rosnazri Ali (Advisor)
author_facet Rosnazri Ali (Advisor)
Zaquan Hafizee Shuhaimi
format Learning Object
author Zaquan Hafizee Shuhaimi
author_sort Zaquan Hafizee Shuhaimi
title Design and build a stand alone solar powered street lighting
title_short Design and build a stand alone solar powered street lighting
title_full Design and build a stand alone solar powered street lighting
title_fullStr Design and build a stand alone solar powered street lighting
title_full_unstemmed Design and build a stand alone solar powered street lighting
title_sort design and build a stand alone solar powered street lighting
publisher Universiti Malaysia Perlis
publishDate 2009
url http://dspace.unimap.edu.my/xmlui/handle/123456789/4601
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score 13.222552