Easy Electricity Billing System

Author:

Charan K. A 1,Dr. Annu Sharma 1

Affiliation:

1. Raja Rajeswari College of Engineering, Bengaluru, Karnataka, India

Abstract

Due to various issues, electricity users frequently deal with the issue of inaccurate and delayed monthly billing. For these reasons, having an effective system via an electronic platform that takes proximity into account is crucial. The laborious and time-consuming process of visiting the Electricity Board to pay an electricity bill is automated by the suggested method. For user convenience, it is also intended to automate the computation and payment of electricity bills. Java Swings, a foundational programming language for creating websites, online apps, and web services, is utilized in the development of the system. Back-end databases are also created using the Microsoft Structured Query Language (SQL) server. The administrator and user logins would be the two logins available on the system. The administrator can upload the customer's details regarding the energy units they consumed this month to their account and check the user's account data. Data about electricity usage must be entered into each user's account by the administrator. Next, each user's electricity cost is computed by the system, which then updates the data in their account each month. Once viewed, users can pay their electricity bill before the end of the month

Publisher

Naksh Solutions

Reference13 articles.

1. [1] D. K. Sharma, L. Verma - " Java-Based Framework for Smart Grid Energy Management and Billing." In: International Journal of Smart Grid and Clean Energy(2021).

2. [2] M. Singh, R. Kumar - " Automated Electricity Billing System Using Java and Internet of Things (IoT) ."In: • Journal of Electrical Engineering and Automation, (2020)

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4. [4] P. Nair, V. Gupta - " A Novel Approach to Real-Time Electricity Billing Using Java and GSM Technology.", International Journal of Engineering Research and Technology( 2022)

5. [5] D’Oriano, L., Mastandrea, G., Rana, G., Raveduto, G., Croce, V., Verber, M., Bertoncini, M. - "Decentralized blockchain flexibility system for Smart Grids: Requirements engineering and use cases." IEEE (CANDO-EPE), 20–21 (2018).

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