NIYANTRA Documents
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Contact Information
Name of the College :SNS College of Technology
Name of the Team Members along with their respective current semester :
M.Bhuvaneshwari (7th sem)
G.Blessing Ajay (7th sem)
R.Deepika (7th sem)
S.Dinesh Kumar (7th sem)
E-Mail Address & Phone Number of the Team Leader :
bhuvijoice@gmail.com & 9790627013
Name of the Faculty Guide : Prof.N.Rajeswaran
E-Mail Address & Phone Number of the Faculty Guide :
rajeswarann@gmail.com & 9489677467
Project Title:
Automatic Control & monitoring system for urban area street lighting & water Supply using LabVIEW
Hardware & Software Used:
HARDWARES:
ATMEL 89S52
Crystal oscillator frequency 11.0592 MHz
Relays (12V)
Step down transformer (0-15V)
Transceiver ZigBee module CC2500
Voltage regulator 7805,7812
TL082 comparator
USB 2.0 RS232 converter and connector
LCD 16*2 display
Softwares:
NI LaBVIEW 2012
Hyper terminal communication
Keil C
What challenge/problem are you trying to solve through your application:
In water supply & street lighting certain problems arises such as
- The bulb may get fused due some natural calamities or some other obstacles.
- It may be left in ON condition at unwanted time.
- It may also be left OFF when they are necessary.
- The process of distribution of water does not start and end at the proper time.
Hence by using this system, the proper usage and control of street lighting is achieved. The street light control is also achieved even for months in this system & the water supply is also controlled using LABVIEW and ZigBee communication module.
How does your application solves the above mentioned challenge/problem:
Our project shows how street lighting and water supply is controlled by using LaBVIEW and ZigBee communication module .The programming is done in LaBVIEW to develop an eco-friendly system.
Description of Project:
The Real Time Clock (RTC) is used to control the street lights and water supply continuously throughout the year. By using RTC the entire system will be controlled by the way of setting ON and OFF time of both street lights and water supply unit.
ZigBee module is used to transmit data from system to the area which is controlled. If any fault occurs in lighting the street light the fault indicator in the LabVIEW glows. The Light Dependant Resistor (LDR) is used to sense the lighting of lights and if is not glow then it will set ON the fault indicator.
Similarly valves of the water supply unit are controlled by LabVIEW. Thus the power saving and water saving can be controlled by LabVIEW.
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