International Research Journal of Engineering and Technology (IRJET)
e-ISSN: 2395-0056
Volume: 10 Issue: 01 | Jan 2023
p-ISSN: 2395-0072
www.irjet.net
POWER CONSUMPTION DETECTING AND ALERTING SYSTEM S.V.Lakshmi1,R.Kalaiarasi2, G.Sabarishwaran3 , M.Ganesh4, D.Anantha Kumar 5 1 Ug Students , Department of Electronics and Communication 2 SNS College of Technology
----------------------------------------------------------------------------***---------------------------------------------------------------------low electricity bill. This paper will continuously monitors ABSTRACT:-The main objective of this paper is to
the power consumption by the home appliances and calculates its unit power consumption inorder to alert the consumer when they are about to cross the current slab rate. Also when the user is very close to crosss the current slab rate it will make a phone call ans send sms to user and alert the user to reduce the power consumption. This project also has auxilary load line design in which we can connect the non mandatory loads and Once the power consumption is about to cross the current slab rate, the auxilary line is automatically cutoff and the status is updated to the consumer by message.
facilitate the consumers to efficiently use the power source from the power grid in order to maintain low electricity bill. This project will continuously monitors the power consumption by the home appliances and calculates its unit power consumption inorder to alert the consumer. Also when the user is very close to crosss the current slab rate it will send message to the user and alert the user to reduce the power consumption. This project also has auxilary load line design in which we can connect the non mandatory loads and once the power consumption is about to cross the current slab rate, the auxilary line is automatically cutoff and the status is updated to the consumer by message.
2. EXISTING TECHNIQUE:-
Keywords: slab rate,power,alert,loads,cutoff.
This existing technique proposes a system which eliminates manpower by self-regulating meter readings and bill generation reducing the flaws which are one of the major cause for energy-related corruption. Because there is no verification mechanism, there is a desire for transparency in the field of energy estimation. The Arduino Mega 2560 serves as the system's central controlling device. A microcontroller is used to link the ZMPT101B voltage sensor and the ACS712 current sensor for the energy metre. The voltage, current, power consumption, number of units, and associated pricing are computed and shown on the 16*2 LCD Display module. As a fire safety precaution, an infrared-based flame sensor is employed. Monitoring of household appliances is accomplished through the use of 8-channel relay module to which loads are linked and controlled using voice commands via Google Assistant with the IFTTT platform, which is interfaced with the IoT-based Blynk app on mobile. The temperature and humidity within the home are monitored using a DHT11 sensor. All sensor readings are transferred to the Thingspeak cloud storage through the ESP8266 Wi-Fi module.
1. Introduction Technology has changed the way humans interact with the physical world all across the world today. Electricity is one of the most brilliant creations in human history. Everything we see is powered by electricity in some shape or another. Many people are unfamiliar with the notion of electricity. For such folks, electricity is as simple as turning on the switch, waiting for the device to start working, and then turning off the switch. When the power goes off, the significance becomes clear. The movement of electrical power or charge is referred to as electricity. Electricity is both a fundamental component of nature and one of the most extensively used types of energy. We utilise electricity as a secondary energy source since it is created by converting primary energy sources such as coal, natural gas, nuclear energy, solar energy, and wind energy into electrical power. Electricity rates have recently risen due to a scarcity of energy. Price changes mainly reflect fluctuations in energy demand, generation source availability, fuel costs, and power plant availability. Summer prices are often the higher because more expensive generation sources are introduced to match the increasing demand. As a result, ordinary people are forced to pay exorbitant prices for power. As a result, we must monitor their daily energy use in order to conserve energy and money. Reducing energy use in our homes saves money, increases energy security, and decreases pollution. The system is to facilitate the consumers to efficiently use the power source from the power grid in order to maintain
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3. SYSTEM HARDWARE:3.1.16F887 MICROCONTROLLER:Microchip's PIC16F887 is an 8-bit microcontroller. The 40-pin IC features 14 Channel 10-bit ADC, making it ideal for applications that demand additional ADC inputs. In addition, the IC contains two comparators, two timers
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