Electric vehicle ordered charging management platform and operation and maintenance method thereof

Abstract

The invention provides an electric vehicle ordered charging management platform and an operation and maintenance method thereof, and the platform is characterized in that the platform comprises a visual monitoring module, an ordered charging control module and a data management module; the visual monitoring module is used for monitoring and collecting data information of the charging pile in real time and managing assembly, operation and maintenance of the charging pile; the data management module is used for managing charging related information in a specified area; and the ordered charging control module is used for analyzing and predicting the historical data of the charging pile, formulating an ordered charging strategy and issuing the ordered charging strategy to the charging pile. According to the invention, peak-shifting time-sharing charging can be realized, charging pile addresses can be reasonably planned, unified scheduling and management of charging pile operation and maintenance work can be realized, defects and potential safety hazards of charging facilities can be found in time, and stable operation of the charging facilities can be ensured through repair; the stability, reliability, informatization degree and intelligence degree of charging equipment are improved, and the fault rate is reduced.

Description

technical field [0001] The invention relates to the technical field of new energy vehicle charging, in particular to an orderly charging management platform for electric vehicles and an operation and maintenance method thereof. Background technique [0002] In recent years, the global climate has been deteriorating, which has led to the rapid development of the field of electric vehicles. With the large-scale development of electric vehicles, their overall charging power is also increasing. And because the charging load of electric vehicles has certain randomness in time and space, the disorderly charging of electric vehicles may lead to an increase in the peak load of a certain station area of ​​the power grid in a certain period of time, affecting the safety of the power grid. The peak value of the load varies greatly, affecting The life of the charging equipment also affects the safety of the power grid. The existing distribution network is difficult to support the disor...

AI Technical Summary

Problems solved by technology

And because the charging load of electric vehicles has certain randomness in time and space, the disorderly charging of electric vehicles may lead to an increase in the peak load of a certain station area of ​​the power grid in a certain period of time, affecting the safety of the power grid. The peak value of the load varies greatly, affecting The life of the charging equipment, which also affects the safety of the grid

The existing distribution network is difficult to support the disorderly charging and discharging of large-scale electric vehicles, and the transformation of distribution network lines requires huge investment

In addition, the construction of community charging piles is undertaken by each pile company alone. There is a lack of overall planning and layout, and unified management of the community is difficult, unsightly, and has many safety hazards. Proofs such as property permits, each pile enterprise operates independently, and there is no unified management in the community; there is no guarantee for later operation: daily operation and maintenance, such as equipment failure and aging problems and operations, are also carried out by each pile enterprise, and there is no unified management in the community

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