REAL TIME IOT BASED AUTOMATIZED POWER STATIONS

REAL TIME IOT BASED AUTOMATIZED POWER STATIONS

Avish Sharma, Naman Kankarwal , Rajeev Kumar, Prof. Sunil Malvatkar

1Btech Student, Dept, Electronics & Communication Engineering, MIT ADT UNIVERSITY, Maharashtra, India

2Btech Student, Dept, Electronics & Communication Engineering, MIT ADT UNIVERSITY, Maharashtra, India

3Btech Student, Dept, Electronics & Communication Engineering, MIT ADT UNIVERSITY, Maharashtra, India

4 Assistant Professor, Dept, Electronics & Communication Engineering, MIT ADT UNIVERSITY , Maharashtra, India

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Abstract

In this research study, we employ the Internet of Things (IoT) concept along with a decentralized blockchain approach to manage the process of electric vehicle (EV) charging in shared spaces like residential societies. The initiation of the EV charging process is facilitated through a mobile application that handles user authentication. Energy consumption is measured using a set of sensors, and data communication with the mobile app is established through a microcontroller. Financial transactions are managed through a blockchain, and this methodology can be extended to other EV charging scenarios, such as public charging systems within a city, where authentication is provided by the mobile device. To visualize transactions, gather user preferences, and address power charging limitations arising from shared infrastructure usage, a user interface was developed..