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Integration of Smart Energy Meters in Smart Grid Infrastructure: Opportunities and Challenges

Yuvraj V Shinde, Manish A Yadav, Sushant K Thite, Sanket S Sagle, Nidhi Sharma

Abstract


Ardiuno is the foundation of the Internet of Things smart energy meter. We minimize human involvement in the upkeep of electrical energy using this technology. The costs that customers must pay are increased by electricity theft. Thus, the purpose of this method is to identify theft. The primary and submeter readings are verified by the Arduino. The message "Theft has occurred" will appear on both the Thingspeak and LCD displays if there is a discrepancy between the main and submeter. Customers can get the electricity at http://finalyeariotprojects.co.in/ from anywhere at any time. On most traditional prepayment meters, just the keypad and the screen display provide access to some of these details. This is due to the fact that wireless technology cannot be used to remotely monitor the meters because they were not intended to be wirelessly accessible.It can be accessed at any time, anywhere in the world, by using the consumer number.


Keywords


IOT, Arduino Uno , energy meter , LCD display , current sensor , ESP2866

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References


IoT based smart meter Monitoring C. Sunil kumar, P. Chandra Mohan Reddy, K. Venkat Krishna, Dr. Shelej KheraSchool of Electronics and Electrical Engineering(SEEE),LPU 4April 2023S. Sukhumar, A. P. Mukesh., L. Manivannan, KP. Naveen and V. N. Suthanthira, “WI-FI Based Automatic Trip Control System for Energy Management,” International Journal of Innovative Research in Science, Engineering and Technology, Vol. 2, Issue 12, Pp 7690- 7695,2021.

Priyanka Bhuwad, Amruta Dali, Sindhuja Dubey, Supriya Lanjekar, Pritesh Mangale, Ghubade-Patil P. S., “Dynamic Prepaid Energy Meter with WEBSITE Based Device Control,” International Journal of Advanced Research in Electronicsand Communication Engineering, Volume 5, Issue 4, April2019.

Ronanki Deepak Krishna, Pulavarty Jaya Kishan, Teki Sai Santosh Kumar, “WI-FI Based Energy Meter Billing viaWEBSITE,”

K. K. Keshinro, A. O. Akinleye, S. O. Salami andJ. Sarumi, “Design and Development of WEBSITE Prepaid Energy Meter,” American Journal of Engineering Research (AJER), Volume-5, Issue-3, pp-07-11,2016.

S. Giri Prasad, R. Akesh, C. Bala Pravin, S. Gokila Devi, D. Gowri Devi, “IoT Based Energy Meter,” International Journal of Recent Trends in Engineering & Research (IJRTER) Conference on Electronics, Information and Communication Systems (CELICS’17) Special Issue; March, 2017. DOI: 10. 23883/IJRTER. CONF. 20170331. 013.MQVSD.

Nazmat Toyin Surajudeen-Bakinde, Sunday Olufenka Ayodele, Timilehin David Oloruntoba, Abdulrahaman Okino Otuoze and Nasir Faruk “Development of an Internet Based Prepaid Energy Meter,” IEEE 3rd International Conference on Electro- Technology for National Development (NIGERCON) Pp. 1125-1129,2017.

Pritee Mahajan, Sneha Tatia, and Prachi Jadhav, “Smart Meter: An IOT Based .

Sun Q, Li H, Ma Z, Wang C, Campillo J, Zhang Q, Wallin F, Guo J. A comprehensive review of smart energy meters in intelligent energy networks. IEEE Internet of Things Journal. 2015 Dec 24;3(4):464-79.

Avancini DB, Rodrigues JJ, Martins SG, Rabêlo RA, Al-Muhtadi J, Solic P. Energy meters evolution in smart grids: A review. Journal of cleaner production. 2019 Apr 20;217:702-15.

Anand R, Pandey D, Gupta DN, Dharani MK, Sindhwani N, Ramesh JV. Wireless Sensor‐based IoT System with Distributed Optimization for Healthcare. Meta Heuristic Algorithms for Advanced Distributed Systems. 2024 Apr 2:261-88


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