Flexible charging service network, charging method and offline mobile service method

Abstract

The present invention discloses a flexible charging service network, a charging method and an offline mobile service method. The network comprises: a reservation service management platform configured to build the communication connection with each charging station/charging pile and mobile charging service vehicle, timely understand the state information of each charging station/charging pile and each parking stall, store the navigation map of each charging station/charging pile in advance and managing each charging pile and each smart parking stall lock; the charging stations/charging piles configured to charge new energy vehicles through the dispatching of the reservation service management platform at leisure and when the electric quantity of the new energy vehicles can reach the charging stations/charging piles; and a mobile charging rescue service vehicle configured to charge the new energy vehicles through the dispatching of the reservation service management platform when there is no leisure charging station/charging pile or the electric quantity of the new energy vehicles cannot reach the charging stations/charging piles. The network coverage is large, the construction period is short, and the investment at the initial stage is small.

Description

technical field [0001] The invention relates to the technical field of electric vehicle charging, in particular to a flexible charging service network, a charging method and an offline mobile service method. Background technique [0002] The development of the new energy electric vehicle industry is subject to the charging network infrastructure. The construction of charging infrastructure has also encountered many difficulties. First of all, the construction of charging stations has the characteristics of large investment and long cycle due to land acquisition. The shortage of land resources restricts the construction and development of charging stations. After the charging infrastructure was built, the charging parking spaces were occupied by ordinary fuel vehicles, which made it impossible for new energy vehicles to charge. [0003] The charging infrastructure in developed cities is relatively complete under the vigorous advocacy of the government, but the layout is also...

AI Technical Summary

Problems solved by technology

The construction of charging infrastructure has also encountered many difficulties. First of all, the construction of charging stations has the characteristics of large investment and long cycle due to land acquisition. The shortage of land resources restricts the construction and development of charging stations.

After the charging infrastructure is built, the charging parking spaces are occupied by ordinary fuel vehicles, resulting in the inability to charge new energy vehicles

[0003] The charging infrastructure in developed cities is relatively complete under the vigorous advocacy of the government, but the layout is also extremely unreasonable, often in the case of many suburbs and few urban areas, which is difficult to adapt to the development of new energy vehicles

However, due to the long charging time and short cruising range of new energy vehicles, when the charging network is not perfect, there will often be: the dilemma of power shortage; traditional cars will also suffer from tire bursts, power shortages, fuel shortages, and water shortages. and service challenges during vehicle movement

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