International Research Journal of Engineering and Technology (IRJET) e-ISSN: 2395-0056 Volume: 08 Issue: 11 | Nov 2021 www.irjet.net p-ISSN: 2395-0072 © 2021, IRJET | Impact Factor value: 7.529 | ISO 9001:2008 Certified Journal | Page 1054 A SURVEY ON SMART ENERGY METER WITH THEFT &BILLING Rutuja Kajrolkar 1 , Aastha Deshmukh 2 , Poonam Nakti 3 , Deepashree Datar 4 , Mahalaxmi Palinje 5 1-4 BE Student, Electronics and Tele-Communication, Atharva College of Engineering, Mumbai, India 5 Professor, Electronics and Tele-Communication, Atharva College of Engineering, Mumbai, India ---------------------------------------------------------------------***---------------------------------------------------------------------- Abstract – 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. 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. Key Words: IOT, Energy Management System, Energy Observing and Controlling, Wifi module, Node MCU. 1. INTRODUCTION Energy observing means to give clients data about their utilization designs and that is completed utilizing Energy Monitoring application that accumulates utilization information, examine it and afterward gives helpful data straightforwardly to the customer's gadget. This shows clients how much energy they are utilizing and how it is utilized whenever of the day. Energy Controlling plans to give clients to control their electric machines utilizing Energy controlling application which will ultimately assist the client with saving the energy utilization on a day to everyday schedule. In the Energy Management framework, the primary limitations are exact metering, energy checking, controlling and execution of visual information for customer load profile. This Project is expected in planning a framework at home which Monitors and control the energy utilization of every gadget. The investigation can be made for the exact use or energy utilization of every gadget to additionally lessen the use of the gadget which is drawing the greatest measure of energy. These observing reports can be gotten to and would assist customers with making the necessary move to extemporize the energy utilization. The constant energy checking is pictured utilizing a portable application. The application additionally fills in as a brilliant home regulator where the client is equipped for controlling the electrical apparatuses distantly or controlled dependent on occasions set by the client also, we are adding a PNR Sensor for Theft Detection System to get a clear picture to our customer regarding their Energy System. 2. LITERATURE REVIEW In[1](2021) A significant advantage of implementing advanced metering infrastructure (AMI) in smart grid (SG) is the feature to allow utilities to monitor and curb power theft and proliferation. with help of sm communication becomes bidirectional.AMI test rig, consisting of three consumers, a distribution station (DS) and an operation center is designed to select the load 3 single-phase Phoenix 2 SMs are used to track the power consumption of each consumer. In [2] (2017)After switching power on the Arduino and the GSM modem, turn on the SSR and connects the energy meter to load via SSR. Read from EEPROM then display data. Arduino checks the readings from voltage and two current sensors .In order to prevent a power theft, detection program is present in the Arduino. *Arduino and GSM based smart energy meter can be divided into several parts as IC, LCD, Arduino, GSM modem, Relay, Optocoupler, Lever switch, Display Unit, voltage &current sensor and Power Supply Unit etc. In [3] (2019)They had presented internet connected energy monitoring and controlling system that increases awareness of energy consumption amongst devices and users. Energy awareness enables the user to control the power state of the devices as per there needs which minimizes the energy use. In the coming future, each individual device will have their own identity that can share and communicate the information over the IP network. In[4] (2017) They had built a simple, compact and low- cost implementation of secure WiFi based power monitor sensor is proposed. It has been successfully implemented and tested at the premises of IITH. *The accuracy of power measurement is shown to be suitable for reliable use as power monitoring sensor. *Considering the small size, low-cost and simplicity, multiple sensors can be used to monitor power consumption of multiple electrical appliances simultaneously. This granular information about power consumption will help consumers in utilizing electricity in a efficient way.