International Research Journal of Engineering and Technology (IRJET)
e-ISSN: 2395-0056
Volume: 11 Issue: 04 | Apr 2024
p-ISSN: 2395-0072
www.irjet.net
IOT IMPLEMENTATION FOR EFFICIENT ENERGY CONSUMPTION AND MANAGEMENT Vaishnavi R. Asole1 , Prof. Dr. Ajay P. Thakare2 , Dr. Vaishali A. Thakare3 1PG Student , 2Professor & Head , 3Lecturer
1-3Department of Electronics and Telecommunication
Sipna College Of Engineering And Technology, Amravati(MH), India ---------------------------------------------------------------------***---------------------------------------------------------------------
Abstract - The basic parameters in energy management are accurate measurement, power analysis, control and display of the load curve of the receiver. The lack of validity of the information obtained from traditional methods in the measurement model reduces the possibility of energy management. IoT-based energy management ensures the integrity and reliability of data and offers buyers flexibility by providing a workspace from which to manage home systems. The project plans a home plan to monitor the energy consumption of each device. Using the functionality of the microcontroller, consistent readings of power meters are collected and stored in the Node MCU, and then the data is sent to remote workers through the Thingers.io app, an Android application to monitor and control energy. This project provides real-world information about the categories most used by the buyer. You can then see the continuous review of electrical equipment through the Android application, and also evaluate the electricity bill paid by the person. Users can also turn off devices that use too much power. Therefore, energy consumption of the relevant products is saved. Moreover, this study can be extended to all energy consumption models and solve the problem of energy costs. Key Words: IOT,
Energy
Management System,
Energy Observing and Controlling, Node MCU.
1.INTRODUCTION Energy monitoring means providing customers with information about their usage habits; This is accomplished using an energy monitoring application that collects usage data, analyzes it, and then provides useful information directly to consumers. This tells people how much energy they use at each hour of the day and how they use it. The Energy Management Program allows customers to manage their energy using the Energy Management application, which will help them save on daily energy consumption. The main parameters in energy management are accurate measurement, energy analysis, control and obtaining a view of the customer's load. The project requires establishing a central building to monitor and control the energy consumption of each device. The actual usage or power consumption of each device can be controlled to minimize the usage of the devices that use the most power. By obtaining these monitoring reports, customers can be helped to take the necessary measures to reduce energy consumption. Use a portable app for continuous power checks. The app also works well in home management, allowing users to control devices remotely or based on user-specified conditions.
2. RELATED WORKS Research is presented on the acquisition and analysis of different products and information provided to customers. Determining the customer's load is the main purpose. The tests provide real-world insight into the products consumers use most frequently in their homes, using statistical data to inform results from images. The view of the use of each material is drawn. The use of smart meters can provide accurate data readings and evidence for accurate calculations to monitor the energy consumption of each device. Data analysis extracts signatures from the graphs, giving the maximum and minimum usage of each device in each family. Therefore, help customers see, monitor and track to improve energy efficiency [1]. It has been proven that the integration of IoT and energy management can be more efficient and reliable than traditional energy management. The main feature of this system is not to collect data door-to-door, but to provide an easy way to collect data from servers over the internet. Information will be updated shortly after Wi-Fi [2]. Overcome all the shortcomings of current power meters. Arduino esp8266 microcontroller is programmed to make the target with the help of GSM module. All detailed information is sent to the user's mobile devices via IoT and GSM modules and displayed on the LCD screen [3]. Power analysis is designed to provide accurate power consumption results and calculate power consumption for each 1ms period. Therefore, detecting damage takes little time and users can control the load [4]. IoT smart meter with instant load control. Within the scope of this study, a mobile application was also developed to see the instant use of electricity and generate an electricity bill. The mobile application also allows remote control of the device [5]. Discuss how you can monitor the energy use of any device in your home from anywhere in your home without changing your home's wiring. Now we can easily understand the electricity usage in our home with the questions in the questions because we can now understand it in a readable and understandable
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