Comprehensive intelligent energy station

Abstract

The invention relates to a comprehensive intelligent energy station. The comprehensive intelligent energy station comprises a transformer substation, an energy accumulation station, a charging stationand a data center station. The transformer substation, the energy accumulation station, the charging station and the data center station are distributed on the ground of a station region in a matts shape, an entering channel is arranged between the transformer substation and the energy accumulation station, an entering gate is arranged at a station entrance of the entering channel, and a first safety door, a second safety door, a third safety door and a fourth safety door are arranged on the entering channel in the entering direction in sequence. The comprehensive intelligent energy station has the advantages that the transformer substation, the energy accumulation station, the charging station and the data center station are distributed on the ground of the station region in the matts shape, the mutual independent distribution of the transformer substation, the energy accumulation station, the charging station and the data center station is achieved, and service isolation can be achieved among station regions; and besides, through the entering channel, it is achieved that the whole comprehensive intelligent energy station is provided with one entrance, partitioned management andcontrol over all the station regions can be achieved, and thus uniform management and integrated operation and maintenance of all the station regions are achieved.

Description

technical field [0001] The invention relates to a comprehensive intelligent energy station. Background technique [0002] The comprehensive smart energy station includes substations, energy storage stations, charging stations, and data center stations. However, the existing substations, energy storage stations, charging stations, and data center stations are built in one area, and each module area is not isolated. The module area cannot be independent, which is not conducive to unified management and operation and maintenance, and the construction and distribution of substations, energy storage stations, charging stations, and data center stations are disorderly, resulting in low space utilization in the entire station area and a great waste of land resource. Contents of the invention [0003] The purpose of the present invention is to provide an integrated smart energy station, which can realize the relative independence of each module area and facilitate unified managem...

AI Technical Summary

Problems solved by technology

[0002] The comprehensive smart energy station includes substations, energy storage stations, charging stations, and data center stations. However, the existing substations, energy storage stations, charging stations, and data center stations are built in one area, and each module area is not isolated. The module area cannot be independent, which is not conducive to unified management and operation and maintenance, and the construction and distribution of substations, energy storage stations, charging stations, and data center stations are disorderly, resulting in low space utilization in the entire station area and a great waste of land resource

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