Indonesian Journal of Electrical Engineering and Computer Science

Sep 1, 2022

Journal Indonesian Journal of Electrical Engineering and Computer Science

DOI 10.11591/ijeecs.v27.i3.pp1661-1669

Volume Vol. 27, No. 3,

Due to a shortage of fuel sources and the increment in environmental pollution, efficient techniques should be introduced. The best solution is to move to the use of electric vehicles. The article aims to develop a solution for electric vehicle (EV) charging station locations that utilize the internet of things (IoT) technology. The IoT is a paradigm that uses sensors and transmitting networks to provide current facilities with a real-time global communication perspective of the physical world. This paper proposes a real-time system to provide a real-time update to EV location and charging stations (CSs) location to reduce time lost by users searching CSs, and provides real-time charging station (CS) recommendations for EV users by displaying the nearest CS, provide estimation arrival time to the nearest CS, display distance between nearest CS and EV real-time updated. The work of the proposed system was tested, and the most significant error rate (17 meters) is represented by the difference in the distance obtained from the system and the distance obtained from Google Map. The total accuracy of the design for the tested case is (98.014%).

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IoT-Based Electrical Vehicle’s Energy Management and Monitoring System

Jul 27, 2022

Journal Open Access Library Journal

publisher Scientific Research Publishing

DOI 10.4236/oalib.1109072

Volume Volume 9

It is necessary to move to the use of electric vehicles, as they represent the next generation of transportation. Electrical vehicle batteries may be damaged due to overcharging or over-discharging, so they need to precisely estimate the state of charge to extend their lifespan and protect the connected compo nents they power. This paper presents battery management and monitoring system of electric vehicles, low-cost and IoT-based, in real-time, and easily used to help users through an application supporting the Internet of Things technology to display the essential information required about the battery’s status as battery capacity and the charging and consuming current. This in formation is updated and displayed in real-time. The proposed system is im plemented using an ESP32 microcontroller, blynk mobile application, and Blynk IoT platform.

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Charging Station of Electric Vehicle Based on IoT: A Review

Jun 1, 2022

Journal Open Access Library Journal

publisher Scientific Research Publishing

DOI 10.4236/oalib.1108791

Volume Volume 9

At present, humans face the problem of lack of fuel and environmental pollu tion to reduce pollution as well as fuel consumption. We have to use electric vehicles, but the spread of these vehicles is still low due to the lack of charging stations as well as their high prices. This paper reviews important research about charging stations with IoT and the charging type used in these stations, and it makes a comparison between them, as well as the sources for these sta tions, which may be renewable and non-renewable energy. Using IoT saves the time spent by the user looking for the stations’ location with the possibil ity of knowing the location of charging stations by using a mobile application, as well as the possibility of placing charging stations in public places and park ing stations, thus making it easier to move to the use of these new vehicles.

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