microcontroller based power theft identifier project

 

applications of power theft identifier

Jan 11,  · Micro controller-based-power-theft-identification 1. seldecteds.gqTRACT Science and technology with all its miraculous advancements hasfascinated human life to a great extent that imagining a world without theseinnovations is hardly possible. MicroController based Power Theft Identification. - Free download as Powerpoint Presentation .ppt), PDF File .pdf), Text File .txt) or view presentation slides online. This is an Idea about how electricity theft can be Identified and thus can be minimized using . microcontroller based power theft identifier project,Ask Latest information,Abstract,Report,Presentation (pdf,doc,ppt),microcontroller based power theft identifier project technology discussion,microcontroller based power theft identifier project paper presentation details.


Micro controller-based-power-theft-identification


To browse Academia. Skip to main content. You're using an out-of-date version of Internet Explorer. Log In Sign Up. GIAP Journals. Bhushan Chowdhri. Shaikh Nadeem, applications of power theft identifier. Amar Pawade. Traditional remote meter reading system uses telephone lines and Modem to transmit data and control signals, but with the drawbacks of high maintenance costs, poor scalability and instable performance of Modem that is charged for too long.

The objective of this project is to design a system in order to avoid the displeasure for the users from paying hefty bill irrespective of use of the electricity due to theft using Gsm module. The need of electricity is increasing day by applications of power theft identifier. With increasing need of electricity the power theft is applications of power theft identifier increasing.

It has become a must to develop a system to avoid the increasing theft. With the development of GSM network and its increasing popularity, GSM Modem and Short Message are gradually used to transmit information but there are still a few shortcomings, such as the unsatisfactory real-time ability to control the theft of electricity when user is not at home. The objective of this project is to design a system in order to avoid the displeasure for the users from paying hefty bill irrespective of use of the electricity due to theft.

Utility companies are under pressure. Growing populations are using increasing amounts of power, which is putting a strain on existing supplies. In many countries the increase in demand is growing at a faster rate than transmission capacity and the cost of providing power is also increasing due to higher fuel prices and increases in the cost of construction and capital expenses.

This project provides an overview of Wireless Sensor Network for Power Management, including the cost savings as well as theft indicator cum prevention system it can provide.

It then looks at how fits into this picture, and the ways in which it is ideally suited for the development. Our project uses PIC microcontroller along with relay drivers, sensors and GSM module to detect power theft as well as wastage of energy in malls and hotels.

Microcontroller based system www. To meet the challenges of this growing technology, we will have to conversant with the programmable aspect of the microcontroller.

Programming is a process of problem solving and communicating in a strange language of mnemonics. The projects could be developed significantly faster and much easily using a microcontroller.

This PIN number is sent to microcontroller. Here the microcontroller is the flash type re programmable microcontroller which we have already programmed with PIN number. So the typed PIN number is compared with stored number if the PIN number is valid the microcontroller activates the relay driver circuit. Relay output is directly given to meter system. Now we can start the meter.

This is for the purpose of theft identification and prevention. The microcontroller applications of power theft identifier also programmed to limit the power consumption to a certain limit for particular periods of time. The microcontroller will switch off the ligths and fans if the consumption limit is exceeded for a particular time of the day.

The device package allows for easy implementation by the customer. Typical load detection and management, switch mode power supplies, and over current fault protection. The device is not intended for automotive applications. The device consists of a precise, low-offset, linear Hall circuit with a copper conduction path located near the surface of the die.

The internal resistance of this conductive path is 1. It is the main block which takes the inputs and processes it and gives the output. All the other blocks work in accordance with the microcontroller. The first embedded device is the microcontroller which sends the data to the module. The module then via wireless link will send the data to the GSM receiver in mobile phone.

The mobile phone here acts as a second embedded device which reads the data. Thus, more and more devices need to be able to do wireless communication. Users of this product can add wireless communication capability easily to their own products, and then, develop many applications.

The AT command set and RS interface will offer easy data connection without any extra circuit control. Traditionally, the above applications use digital cellular, CDPD or other wire-line modem to do communication, applications of power theft identifier, and these technologies are of the disadvantages of high communication expense, limited communication range, dial before communications, etc.

A MAX chip has long been using in many uC boards. It provides 2-channel RSC port and requires external 10uF capacitors. This I. This is useful in many cases when you only want to use the Transmit and Receive data Lines. You don't need to use two applications of power theft identifier, one for the receive line and one for the transmission.

This is very essential for continuous monitoring of the power consumed. Applications of power theft identifier will be essential for linking the computer with the microcontroller. Below shows the connection diagram of max It works great with any microcontroller and it is very easy to interface. This LCD has 8-bit parallel interface. It is possible to use all 8 bits plus 3 control signals or 4 bits plus the control signals.

LCD is used as a backup for computer. It is essential for displaying the provider and users power consumption, applications of power theft identifier. Below shows the pin diagram of lcd display. PBP is a compiler. PBP depends on an IDE applications of power theft identifier user interface, and an assembler to finish the conversion to machine-language. The assembler is the tool that converts the Assembly Language into machine language.

The assembler runs after the compiler, and is normally invoked automatically. Low power consumption. It helps both customer and msebs. This project is very useful to the government and private msebs as well as to the finance company. It can be used in domestic households. It can be implemented in malls where huge amounts of power is wasted. It can also be implemented in schools and collages.

Wireless open standard technology is being selected around the world as the energy management and efficient technology of choice. Implementing this project with an open standard such as GSM helps to keep costs down, ensure interoperability, and future-proof investments made by both utilities and consumers.

Consumers and businesses will see changes they never dreamed possible. Related Papers. By Gbadamosi S Lekan. Indian Streams Research Journal.

By alfred kirubaraj. By Biplav Choudhury and Aniket Pramanik. Download pdf, applications of power theft identifier. Remember me on this computer. Enter the email address you signed up with and we'll email you a reset link. Need an account? Click here to sign up.

 

MicroController based Power Theft Identification. | Microcontroller | Telecommunications

 

applications of power theft identifier

 

MicroController based Power Theft Identification. - Free download as Powerpoint Presentation .ppt), PDF File .pdf), Text File .txt) or view presentation slides online. This is an Idea about how electricity theft can be Identified and thus can be minimized using . Micro Controller based Power Theft Identifier Electronics ECE Project Topics, Base Paper, Synopsis, Abstract, Report, Source Code, Full PDF, Working details for Electronics and Tele Communication Engineering, Diploma, BTech, BE, MTech and MSc College Students. An Advanced Power Theft Identifier using LabVIEW D. Kavitha1, M. Siva Ramkumar2, M. Sivaram Krishnan3, S. Kalaiarasi4 1Department of Electronics and Instrumentation Engineering 2,3,4Department of Electrical and Electronics Engineering 1Assistant Professor, SNS College of Technology, Coimbatore, India. 2Assistant Professor, Karpagam Academy of Higher Education, Coimbatore, India.