IoT Based Power Consumption (original) (raw)

IJERT-Energy Consumption Monitoring and Controlling using Data Visualization and IOT

International Journal of Engineering Research and Technology (IJERT), 2021

https://www.ijert.org/energy-consumption-monitoring-and-controlling-using-data-visualization-and-iot https://www.ijert.org/research/energy-consumption-monitoring-and-controlling-using-data-visualization-and-iot-IJERTV10IS050143.pdf In the Energy Management System, the fundamental limitations are exact metering, energy checking, controlling and execution of visual information for shopper load profile. The absence of validity of information procured through customary methods from an ordinary metering framework has decreased the viability of the Energy Management System. A keen IoT based Energy Management System which guarantees straightforwardness and believability of information as well as offers adaptability to the buyers by offering the office of controlling their home machines. This Project is proposed in planning a framework at home which screens the energy utilization of every gadget. Utilizing microcontroller work, consistent readings of energy meter are gathered and saved in NodeMCU, at that point the information is moved to a far-off worker of Blynk application which is an android application utilized for energy observing and controlling. This venture outfits genuine information concerning the heaps ordinarily utilized by private shoppers. Subsequently, the nonstop checking of the electrical apparatuses can be seen through the android application, besides, electricity bill of individual burden can likewise be observed. The client can likewise kill the gadget, which is devouring inordinate force. Hence, saving the energy utilization of the associated loads. Further, this work can be reached out for power utilization of entire structure and power bill can be resolved.

IoT-Based Electricity Bill for Domestic Applications

Sensors, 2020

This work proposes a real-time electricity bill for quantifying the energy used in domestic facilities in Mexico. This bill is a low-cost tool that takes advantage of the IoT technology for generating an easy reading real-time bill allowing the customers to constantly review and administrate their energy consumption. Using low-cost sensors and the electronic board Particle® Photon, an energy meter is proposed. The presented prototype is extremely compact and satisfies safety measures to be used by anyone in a domestic installation. The measurement data is displayed and processed in real-time, and an appropriate algorithm determines the accumulated kWh. The energy consumed is displayed using an Html interface of easy interpretation for the customers, given recommendations about their consumption habits and some alarms in case of abnormal or high consumption. As a reinforcement measure for avoiding large consumption bills, the system is programmed to send messages to the user, remembe...

Monitoring, Controlling & Conserving of Electrical Energy Using IOT

INTERANTIONAL JOURNAL OF SCIENTIFIC RESEARCH IN ENGINEERING AND MANAGEMENT

Energy consumption refers to the amount of energy consumed by an individual or organization which has been taken for granted in daily life by consumers especially at home.A circuit is designed, to take care of electrical energy consumption which helps the consumers to focus on the extra charges incurred due to minor changes in slab categories which affect the consumer’s bill severely[1]. This system utilizes a sensor module that is connected with ARDUINO along with GSM, ESP 8266, and energy meter to measure the power consumption at the home[2].The main aim of this paper is to make consumers aware of the power consumption and to control the excess power consumption, by using a IoT Based Electrical Energy Consumptıon Live Monitoring & Controlling System.The power consumption data is collected and stored in to IoT cloud services[3]. Daily usage is updated to the consumer periodically through a mobile application which helps to reduce over usage of power.

IJERT-Real Time Power Consumption Monitoring and Control using IoT

International Journal of Engineering Research and Technology (IJERT), 2020

https://www.ijert.org/real-time-power-consumption-monitoring-and-control-using-iot https://www.ijert.org/research/real-time-power-consumption-monitoring-and-control-using-iot-IJERTCONV8IS12012.pdf In present days energy theft and power demand is very common problem in many countries due to increase in consumers each and every day. Current energy billing in India cause errors and also time and labour consuming. There is no way to know the proper and detail information about the energy meter. So, problems and errors in existing system is overcome by proposed system using PIC microcontroller, NodeMCU, RFID tag, GSM module. In the proposed system at regular interval measure the amount of current and power consumed by the customer and the electric bill will be generated based on the their amount of power usage every month. Also eliminates the manual meter reading and providing real time data, useful for balancing electric loads and reducing power cuts. This system detect and control the energy meter from the power theft, if unauthorized activities detected an alert message will be sent through GSM module and power will cut from the server directly using relay. To pay the electric bill on time prepaid system is introduced. Objective of the system is making it possible to use power resources more efficiently.

IJERT-IoT Based Energy Consumption Recording & Live Monitoring Application

International Journal of Engineering Research and Technology (IJERT), 2019

https://www.ijert.org/iot-based-energy-consumption-recording-live-monitoring-application https://www.ijert.org/research/iot-based-energy-consumption-recording-live-monitoring-application-IJERTCONV7IS10029.pdf The emerging of IoT concept recently in our lives, has offered the chance to establish energy efficient smart devices, systems and cities. Due to the urging need for conserving energy, this paper proposes an IoT based energy efficient wireless smart metering system design. Electricity has become the most essential and unavoidable thing which every human is dependent on. The need to implement smart phones from the point of view of optimal energy consumption and reducing the cost of consuming electricity by subscribers is an important issue. In this paper we present idea to send instantaneous power consumption data to the customers.

Iot Based Smart Energy Monitoring

2018

1,2,3,4 Student: BE in EXTC Engineering, DILKAP College, Neral, Maharashtra, India. ---------------------------------------------------------------------***--------------------------------------------------------------------Abstract This project describes the digitization of load energy usage readings over the internet. The proposed system design eliminates the involvement of human in electricity maintenance. The user can monitor energy consumption in watts from a webpage by providing a channel id for the load. The Webpage utilizes the THINGSPEAK analytics to analyze the energy usage to give more detailed description and visualization of the energy usage statistics. Wi-Fi unit performs IOT operation by sending energy data of the load to the webpage which can be accessed through the channel id of the device. In the proposed system, consumer can do power management by knowing energy usage time to time. This proposed system utilizes an Arduino microcontroller. The unit which is generat...

Development of a Smart, Low-cost and IoT-enabled System for Energy Management

—With the advent of the Internet comes not only the opportunity to send and receive data from our peers or fellow humans, but also the opportunity to send and receive data from our devices. This concept is known as the concept of Internet of things (IoT), and it proposes immense opportunities, part of which can be applied to solving the growing issue of power/energy management. The consumption of electricity has skyrocketed in recent years, and methods which are costly and of harm to the environment are also mostly used in electricity generation. Therefore, energy monitoring, management and efficiency is of utmost importance to improve the power sector of any economy. A solution to the growing issue of energy monitoring and management is a cheap and smart electricity socket that could show the users the amount of energy they spend at every point in time for each of their devices (in monetary terms). The socket allows users to set limits to their power usage by switching their devices on and off remotely. A database of home appliances is also set up to enable awareness on the various energy profiles for different devices and appliances and proffer energy efficient alternatives to such devices based on usage and region, using intelligent web systems. The Smart Socket makes use of the IoT concept of Smart Metering to measure key energy consumption data and will send instantaneous data to a web server to be saved to a database and accessed by permitted users. This project primarily addresses the need for access to data and proper information in making informed decisions concerning energy management and usage.

IOT based Electrical Energy Monitoring in a Domestic Appliances

International journal for research in applied science and engineering technology ijraset, 2020

The energy monitors are a entry to the inner energy operating of our home. By mistreatment web of Things (IOTs) technology we are able to study good home power management. Taking advantage of the IOTs technology and therefore the facility of web site and mobile, this platform are facilitate to the facilitate users to manage house connected electrical appliances and residential services and supply a much better plan for power management settings supported the user's behaviors and habits. during this project we tend to use controller with current sensors to observe the consumption of the ability daily base that consumed quantity of power was displayed serial monitor endlessly and additionally we tend to provided GSM for causation SMS for each 5minutes endlessly. In our system we tend to are ready to see the recent log of our past power consumption list by mistreatment IOT server based mostly info it store the all the data concerning what proportion quantity of power is consumed daily. It additionally offer mechanically generated bill for each 5 minutes and this was displayed within the IOT SERVER. And additionally it absolutely was send as SMS for that client. Keywords: Arduino Uno (Microcontroller), Current Sensor, GSM Modem, Load and Software (Arduino IDE and Embedded c). I. INTRODUCTION Internet of Things (IOT) gathers helpful information by group action sensing and communication capabilities between completely different devices. Advancements during this field have opened a good vary of potentialities within the style of future sensible homes. These devices square measure substantially helpful in observation and analyzing numerous physical and environmental parameters remotely. IOT enabled electricity consumption devices to observe the number of electricity consumed by home appliances can facilitate people to grasp and analyze the number of electricity consumed by every appliance reception. As devices is connected wirelessly and information is remotely accessed, these devices square measure gaining quality chop-chop. As electricity consumption is increasing day by day, the price of it is also increasing thus; shoppers have an interest in reducing their consumption in electricity. There square measure devices obtainable in market that helps in observation and saving energy consumption in home appliances. These devices facilitate in observation the number of electricity consumed by completely different devices. In area design is meant to scale back power consumption. In India, the traditional electrical meters provided by the electricity suppliers live the facility consumption of a building for a month and supply the reading of a month to the shoppers. During this case, client isn't able to observe and monitor the electricity consumption per day per appliances in his building/home. By victimization energy meters, the electricity consumption of various appliances is monitored severally and controlled if needed. This can facilitate the buyer to spot the main consumption of electricity with relevancy any appliance and may take acceptable measures which will successively facilitate the atmosphere. Victimization associate electricity meter that might live the facility consumption of individual appliances on an individual basis, will facilitate shoppers management electricity consumption. A angularity Bee management module is employed in that comprises a circuit for sensing the present. This detected module sends back current that's measured associated sends a message if there's an overload. sensible electricity meters are developed however has disadvantages like high price, installation issue etc. we've self-addressed these problems during this work by implementing a coffee price and fewer complicated style of associate electricity display that gives machine-controlled load energy reading over. The device enforced features a Wi-Fi module embedded that uses wireless network to send the facility consumption information to the cloud server for storage and more observation client will retrieve the information keep within the cloud server employing a laptop or sensible phone over net. There square measure many strategies developed for observation electricity consumption in family appliances. Activity pattern is enabled for appliances reception in shoppers behavior is assessed and looked into supported surveys in a number of the studies in literature used family appliances to observe the electricity consumption.

Improvements in Iot-Based Monitoring Of Energy Use

The design and implementation of an IoT-based Intelligent Electricity Consumption Warning System are discussed in this study. The technology is designed to offer in-home and industrial settings real-time monitoring and management of power use. Microcontroller, LCD, IOT module, current sensor, relay module, load lamp, and lamp holder are some of the parts that the system consists of. Using a current sensor to measure electricity usage, the system then transmits that data to the microcontroller, which processes and displays it on the LCD panel. Via a user-friendly interface, the IOT module provides remote system monitoring and control.

IJERT-Power Optimisation of the Devices using IOT with Android Application

International Journal of Engineering Research and Technology (IJERT), 2016

https://www.ijert.org/power-optimisation-of-the-devices-using-iot-with-android-application https://www.ijert.org/research/power-optimisation-of-the-devices-using-iot-with-android-application-IJERTV5IS050187.pdf Identifying the power usage and minimising it, is the major concern of today. So here using CPS technology we measure the power usage of the devices and once the data is measured it will be uploaded on webpage and we will control it using IOT or with Android application. Here we have demonstrated a proof of measuring and controlling of different power supply devices. In homes, Building, Industries we will process this aggregated data and an estimation of the individual appliances consumption can be retrieved and can be used to provide novel services, such as, personalized recommendations on how do we reduce the overall energy consumption of the household or Industry. In particular, we can investigate the use of ON/OFF events, which will signal when the appliances have been turned on or off, to improve the accuracy of the system, state-of-the art disaggregation which uses such events along with smart meter data to estimate the single appliances consumption.