Mobile charging information management for smart grid networks

Yang, Shun Neng; Wang, Hsiao Wei; Gan, Chai Hien; Lin, Yi‐Bing

doi:10.1016/j.ijinfomgt.2012.11.007

Cited by 20 publications

(7 citation statements)

References 4 publications

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“…С увеличением проникновения электромобилей МЗС может обслуживать электромобили в дороге лучше и с меньшими затратами по сравнению с буксировкой их ближайшей зарядной станции. Другими словами, МЗС работает аналогично как power bank для смартфонов [16].…”

Section: стационарные зарядные станцииunclassified

“…В 2010 году швейцарская компания по хранению энергии Nation-E AG представила первую в мире систему, которая поможет электромобилям продолжить свой путь к ближайшей зарядной станции [12]. Что касается услуг мобильной зарядки, Volkswagen и NIOдва производителя автомобилей, которые рассматривают MЗС как новую услугу зарядки для зарядки электромобилей [16] и [44]. Недавно Tesla также выпустила свою мобильную зарядную станцию [45].…”

Section: стационарные зарядные станцииunclassified

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Study of design features of mobile charging units for electric transport for development of sketch design documentation

Сафин

Ivshin

Цветков

et al. 2022

«Izvestiya vysshikh uchebnykh zavedenii. PROBLEMY ENERGETIKI»

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THE PURPOSE. Charging infrastructure is one of the factors influencing the transition to electric vehicles, as the electric vehicles in operation are characterized by a small range and a long battery charge period. Today, the development of the charging infrastructure depends only on the networks of stationary charging stations, which also have disadvantages (high cost, lack of mobility, etc.). Therefore, the purpose of this work is to study the design features of mobile electric vehicle charge units (MCSEU) for the development of draft design documentation for the creation of a new MCSEU project. This issue includes the study of the world market of manufacturers of modern mobile chargers, the study of technical and operational features that are today presented to modern energy storage and storage systems.MATERIALS. The authors of the article processed and analyzed data on the current state of the charging infrastructure in Russia and the world, based on materials from Russian and foreign authors, as well as information on the development strategy of the electric transport industry in Russia and the world, in particular, data from Madison Gas and Electric.RESULTS. The obtained analytical results are one of the aspects that will be taken into account when developing mobile charging devices for electric vehicles. This mobile charger technology significantly expands the possibilities of using electric vehicles, in particular electric vehicles, and also solves various problems of the fuel and energy complex associated with autonomous power sources and distributed generation systems.CONCLUSION. The charging infrastructure is one of the factors influencing the transition to electric vehicles, as the electric vehicles in operation are characterized by a small range and a long period of charging the traction battery. However, this process will be long and in the near future networks of charging stations will be created, including mobile charging units for electric vehicles.

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Section: стационарные зарядные станцииunclassified

Study of design features of mobile charging units for electric transport for development of sketch design documentation

Сафин

Ivshin

Цветков

et al. 2022

«Izvestiya vysshikh uchebnykh zavedenii. PROBLEMY ENERGETIKI»

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“…2. Some TMCSs are not equipped with any types of energy storage and just visit FCSs which need more points of connection and connect to their plugs to provide more points of connection for additional EVs [10]. In other words, the TMCSs's power sources are coming from the connection to the power network via FCSs inlet.…”

Section: A Types and Technologiesmentioning

confidence: 99%

A Literature Review on Mobile Charging Station Technology for Electric Vehicles

Afshar,

Macedo,

Mohamed

et al. 2020

Preprint

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While Electric vehicles (EVs) adoption is accelerating in an unprecedented way, lacking EV charging infrastructure hinders the development of the EV market. To compensate for these shortcomings, Mobile Charging Stations (MCS) could play a prominent role to accelerate EV penetration by providing charging services with no restrictions on the location and time of the charging process. This paper disseminates information on other papers and technical reports on MCS in the literature. It also discusses the benefits of MCS, its challenges, and finally introduces the research gaps in this area.

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“…MCS will be in the shape of electric or hybrid vehicle equipped with several CPs which can travel a distance in certain range. The MCS power source may come from the connection to the power grid via FCS inlet or the MCS itself can be equipped with limited energy storage [15]. MCS can be stationed in the designated FCS which has extra parking area to be connected to the power grid and charge its energy storage.…”

Section: Mobile Charging Stationmentioning

confidence: 99%

Energy Storage System Using Battery and Ultracapacitor on Mobile Charging Station for Electric Vehicle

Atmaja

Amin

2015

Energy Procedia

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The deployment of electric vehicle (EV) as the new era of green transportation needs a continuous support on charging infrastructure. Charging mechanism could be provided in residential area or in the public area. In public area, charging infrastructure could be in the form of fixed charging station (FCS) or delivered as a mobile charging station (MCS). MCS unit should be in the form of truck-type vehicle equipped with several charging outlet to conduct charging for EVs inside or outside FCS area. When conducting off-grid charging outside FCS area, MCS power source would come from energy storage equipped inside the MCS. There are several energy storages widely used in EV application such as battery and ultracapacitor. This paper determined that Lithium-iron phosphate (LiFePO4) is the most suitable battery and electric double-layer capacitor (EDLC) is the most appropriate ultracapacitor for MCS application. The combination of battery and ultracapacitor provide current and voltag e respond which is fit to conduct fast or ultrafast charging. This paper also provides an energy storage system to facilitate battery and ultracapacitor to be installed in MCS truck utilizing back compartment, side panels, and dash board.

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Mobile charging information management for smart grid networks

Cited by 20 publications

References 4 publications

Study of design features of mobile charging units for electric transport for development of sketch design documentation

Study of design features of mobile charging units for electric transport for development of sketch design documentation

A Literature Review on Mobile Charging Station Technology for Electric Vehicles

Energy Storage System Using Battery and Ultracapacitor on Mobile Charging Station for Electric Vehicle

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