Architecture and Sizing of System for Remote Control of Renewable Energy Sources Powered Station for Electric Vehicles Charging

Vujasinović, Jovan; Savić, Goran; Despotović, Željko V.

doi:10.1109/energycon53164.2022.9830318

Cited by 3 publications

(3 citation statements)

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“…The smart battery consists of an inverter and a battery. Smart battery management involves optimizing the operation of the inverter and the associated batteries [28]. Smart batteries for storing electricity obtain energy from the electrical distribution network or from renewable sources.…”

Section: The Subsystem For Remote Control Of Smart Batteriesmentioning

confidence: 99%

“…optimizing the operation of the inverter and the associated batteries [28]. Smart batter for storing electricity obtain energy from the electrical distribution network or from newable sources.…”

Section: The Subsystem For Remote Control Of Smart Batteriesmentioning

confidence: 99%

“…whose management can achieve economic management of electricity consumption in order to reduce costs, as well as the inclusion of users in the concept of a smart city (aspect of energy efficiency in the concept of a smart city) through communication with the smart city infrastructure. A renewable energy source, such as solar panels on the roof of the house [28], should also be able to be connected to the light terminal. The extended class is meant to meet the demands of industrial charging stations for electric vehicles with vast capacity, while the standard class is designed to meet the needs of commercial charging stations for electric vehicles that are the most basic.…”

Section: Variants Of Terminal Hardware Implementationmentioning

confidence: 99%

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Model-Driven Developed Terminal for Remote Control of Charging Station for Electric Vehicles Powered by Renewable Energy

2023

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A terminal for remote control of charging stations for electric vehicles (EV) powered by renewable energy has been presented in this paper. This terminal enables remote control of EV chargers, smart batteries, smart electricity meters, fiscal cash registers (FCR), as well as remote control of renewable energy sources and other devices within the station. This terminal also makes charging stations more accessible to electric vehicles users, to electricity distribution companies, to electricity suppliers, to tax administrations, and finally to users and owners of charging stations. Therefore, communication and control with all these devices and systems is integrated in one device. Realization of hardware and software of such a terminal has also been described in this paper. The net result of development and commercialization of terminals would encourage an increase in the use of electric vehicles powered by energy from renewable sources, which would cause a decrease in the level of air pollution and all negative effects it causes in the future. Different categories of this device are considered. Moreover, although it is a device with embedded software, a very advanced method was used, that is, a model-driven development method, which enables fast and more efficient development and maintenance of the device. The results of the application of this method to the terminal for remote control of fiscal cash registers are provided. They were compared with the results of the development of the terminal for remote control of smart meters without applying this method. A simulation of the development of the terminal for remote control of the station is also provided. The presented method can be used in the future for faster and better-quality development of embedded software.

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Section: The Subsystem For Remote Control Of Smart Batteriesmentioning

confidence: 99%

Section: The Subsystem For Remote Control Of Smart Batteriesmentioning

confidence: 99%

Section: Variants Of Terminal Hardware Implementationmentioning

confidence: 99%

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