Automated Urban Drinking Water Supply Control and Water Theft Identification System
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Automated urban drinking water supply control and water theft identification system Synopsis: Thi s water pl ant moni tori ng and control system by impl ementi ng Supervisory Control and Data Acquisition is mainly to collect the real time parameters and to control if it exceeds they consume excess amount of water. Implementation of this project in a domestic area is to monitor and control the real time water flow to houses, and intimation system along with safe and secure operations. This project is one of the major applications of the water distribution. The proposed model has a supervisor (PC) which Communicates with the remote terminal unit, processing the variable parameters and controlling the sy stems. The RTU is a lo cal contro ll er in di st ri buted pr ocesses environmental which acquires the data from sensors, process the collected data puts the required data together, forming the frame for transmitting to the SUPERVISORY CONTROLS (S.C). RTU also receives and processes Control commands from S.C. and executes them accordingly. The communication utilizes a full duplex communication for data transmission between S.C. and RTU the communication through wireless by using Zigbee. Existing System Remote measurement and control by using wired communication Distance of the RTU and SC unit is minimum Each unit have own monitoring section Highly expensive It consume more power Less reliability
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Automated urban drinking water supply control and watertheft identification system
Synopsis:
This water plant monitoring and control system by implementing
Supervisory Control and Data Acquisition is mainly to collect the real time
parameters and to control if it exceeds they consume excess amount of
water. Implementation of this project in a domestic area is to monitor and
control the real time water flow to houses, and intimation system along with
safe and secure operations. This project is one of the major applications of
the water distribution.
The proposed model has a supervisor (PC) which Communicates with
the remote terminal unit, processing the variable parameters and controlling
the systems. The RTU is a local controller in distributed processes
environmental which acquires the data from sensors, process the collected
data puts the required data together, forming the frame for transmitting to
the SUPERVISORY CONTROLS (S.C). RTU also receives and processes Control
commands from S.C. and executes them accordingly. The communication
utilizes a full duplex communication for data transmission between S.C. and
RTU the communication through wireless by using Zigbee.
Existing System
Remote measurement and control by using wired communication
Distance of the RTU and SC unit is minimum
Each unit have own monitoring section
Highly expensive
It consume more power
Less reliability
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Proposed System:
Remote measurement and control by using wireless communication
One monitoring section is enough to monitor whole unit
It consume less power
Low expensive
High reliability
Block Diagram:
Remote Terminal Unit:
Water Flow
Sensor
Embedded
Platform
Communicatio
n Module
Touch Sensor
Zigbee Module
Driver Module
Valve Control
Motor Control
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System Control Unit:
Hardware Modules:
Microcontroller Module
Zigbee Module
Serial Communication
Touch Sensor
Water Flow sensor
Driver Unit
Software Modules:
MPLAB IDE
PICKIT2
ORCAD
Visual Basic6
Applications:
Automation
Security systems
Remote control
Computer peripherals
Zigbee ModuleCommunicatio
n Module
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personal health care
