An integrated intelligent energy station

Abstract

The present invention relates to an integrated intelligent energy station, which includes a substation, an energy storage station, a charging station and a data center station. The substation, the energy storage station, the charging station and the data center station are distributed in a "field" shape on the ground of the station area. There is an access passage between the substation and the energy storage station. An access gate is provided at the access entrance of the access passage. Along the access direction, a first security door, a second security door, a third security door and a fourth security door are successively arranged on the access passage. Advantages of the present invention: The substation, the energy storage station, the charging station and the data center station are distributed in a "field" shape on the ground of the station area, realizing the independent distribution of the substation, the energy storage station, the charging station and the data center station, and the business isolation can be achieved between each station area. And through the access passage, the integrated intelligent energy station has one entrance, and can conduct zonal control on each station area, thus realizing the unified management and integrated operation and maintenance of each station area.

Description

Technical Field

[0001] The present invention relates to a comprehensive intelligent energy station. Background Art

[0002] The comprehensive intelligent energy station includes a substation, an energy storage station, a charging station and a data center station. Currently, the substation, the energy storage station, the charging station and the data center station are uniformly built in one area, and there is no isolation between each module area, resulting in the inability to achieve independence of each module area, which is not conducive to unified management and operation and maintenance. Moreover, the construction distribution of the substation, the energy storage station, the charging station and the data center station is chaotic, resulting in low space utilization rate in the entire station area and a great waste of land resources. Summary of the Invention

[0003] The purpose to be achieved by the present invention is to provide a comprehensive intelligent energy station that can achieve relative independence of each module area and is convenient for unified management and operation and maintenance.

[0004] To solve the above technical problems, the present invention is realized through the following technical solutions: A comprehensive intelligent energy station includes a substation, an energy storage station, a charging station and a data center station. The substation, the energy storage station, the charging station and the data center station are distributed in a "field" shape on the ground of the station area. The substation includes a building and an outgoing line structure arranged on the building. The building is arranged in an L shape. There is an access passage between the substation and the energy storage station. An access gate is provided at the access entrance of the access passage. Along the access direction, a first security door, a second security door, a third security door and a fourth security door are successively arranged on the access passage. Enter and exit the charging station through the first security door, enter and exit the substation through the second security door, enter and exit the energy storage station through the third security door, and enter and exit the data center station through the fourth security door.

[0005] Preferably, distributed photovoltaic systems are provided at the top of the building, the top of the data center station, and the top of the charging station.

[0006] Preferably, access control systems are provided on the access gate, the first security door, the second security door, the third security door and the fourth security door.

[0007] Preferably, a guard room is also provided on one side of the access passage.

[0008] Preferably, the comprehensive intelligent energy station further includes a wall and a fence. The wall includes columns and wall panels arranged between the columns. Fences are provided on both the wall panels and the columns.

[0009] Preferably, infrared detectors are provided on the wall, and an alarm connected to the infrared detectors is provided on the guard room.

[0010] In summary, the advantages of the present invention are as follows: The substation, energy storage station, charging station, and data center station are distributed in a "field" shape on the ground of the station area, realizing the independent distribution of the substation, energy storage station, charging station, and data center station. Business isolation can be achieved between each station area, and there is an entrance for the entire integrated intelligent energy station through the access passage, which is convenient for unified management. The setting of the first security door, second security door, third security door, and fourth security door can conduct zonal control over each station area, thus realizing the unified management and integrated operation and maintenance of each station area. Secondly, the building of the substation is set in an L shape, which can simplify the floor area of the entire substation, improve the space utilization rate within the entire energy station, and greatly avoid the waste of land resources. BRIEF DESCRIPTION OF THE DRAWINGS

[0011] The present invention will be further described below with reference to the accompanying drawings:

[0012] Figure 1 It is a schematic structural diagram of an integrated intelligent energy station of the present invention.

[0013] Reference Signs:

[0014] 1 Substation, 2 Energy Storage Station, 3 Charging Station, 4 Data Center Station, 5 Access Passage, 6 Access Gate, 7 First Security Door, 8 Second Security Door, 9 Third Security Door, 10 Fourth Security Door, 11 Building, 12 Distributed Photovoltaic System, 13 Access Control System, 14 Guard Room, 15 Enclosure Wall, 16 Fence, 17 Column, 18 Wall Panel, 19 Infrared Probe, 20 Alarm, 21 Outgoing Line Structure. SPECIFIC EMBODIMENTS

[0015] As Figure 1 shown, an integrated intelligent energy station includes a substation 1, an energy storage station 2, a charging station 3, and a data center station 4. The substation 1, energy storage station 2, charging station 3, and data center station 4 are distributed in a "field" shape on the ground of the station area. The substation 1 includes a building 11 and an outgoing line structure 21 provided on the building. In addition, in the present invention, in order to reduce the floor area of a single outgoing line structure, the A-phase insulator string, C-phase insulator string, and B-phase insulator string in the outgoing line structure 21 are arranged in a "pin" shape in space. The building is arranged in an L shape. An access passage 5 is provided between the substation 1 and the energy storage station 2. An access gate 6 is provided at the access entrance of the access passage 5. Along the access direction, a first security door 7, a second security door 8, a third security door 9, and a fourth security door 10 are successively provided on the access passage 5. Enter and exit the charging station 3 through the first security door 7, enter and exit the substation 1 through the second security door 8, enter and exit the energy storage station 2 through the third security door 9, and enter and exit the data center station 4 through the fourth security door 10.

[0016] The substation 1, energy storage station 2, charging station 3, and data center station 4 are distributed in a "field" shape on the ground of the station area, realizing the independent distribution of the substation 1, energy storage station 2, charging station 3, and data center station 4. Moreover, business isolation can be achieved between each station area, and there is one entrance for the entire integrated intelligent energy station through the access passage 5, which is convenient for unified management. The settings of the first security door 7, second security door 8, third security door 9, and fourth security door 10 can conduct zonal control over each station area, thus realizing the unified management and integrated operation and maintenance of each station area. Secondly, the building 11 of the substation 1 is set in an L shape, which can simplify the floor area of the entire substation 1, improve the space utilization rate within the entire energy station, and greatly avoid the waste of land resources.

[0017] Distributed photovoltaic systems 12 are provided at the tops of the building 11, data center station 4, and charging station 3. The distributed photovoltaic system 12 is an existing structure and will not be described in detail in this embodiment. It can enable the entire integrated intelligent energy station to support providing comprehensive energy services externally. Entrance access control systems 13 are provided on the entrance gate 6, first security door 7, second security door 8, third security door 9, and fourth security door 10. The entrance access control system 13 is an existing structure and will not be described in detail in this embodiment. The setting of the entrance access control system 13 can realize the independent management of each unit within the entire intelligent energy station. A guard room 14 is also provided on one side of the access passage 5, which can serve as security for the intelligent energy station and is convenient for security personnel to rest.

[0018] The integrated intelligent energy station further includes a perimeter wall 15 and a fence 16. The perimeter wall 15 includes columns 17 and wall panels 18 arranged between the columns 17. Fences 16 are provided on both the wall panels 18 and the columns 17, which can realize the protection function for the entire intelligent energy station. Setting the perimeter wall 15 in the structure of columns 17 and wall panels 18 can be assembled on-site according to different environments, improving the overall convenience of installation and disassembly. An infrared detector 19 is also provided on the perimeter wall 15, and an alarm 20 connected to the infrared detector 19 is provided on the guard room 14. When the infrared detector 19 detects whether there are unauthorized personnel invading the perimeter wall 15, it can send an alarm prompt to the alarm 20, thus sending an alarm prompt to the staff in the guard room 14 to ensure that unauthorized personnel can be driven away in a timely manner, realizing the anti-theft function of the entire intelligent energy station, and thus improving the safety performance of the intelligent energy station.

[0019] In addition to the above preferred embodiments, the present invention has other implementation manners. Those skilled in the art can make various changes and deformations according to the present invention. As long as they do not depart from the spirit of the present invention, they shall fall within the scope defined by the appended claims of the present invention.

Claims

1. An integrated intelligent energy station, comprising a substation, an energy storage station, a charging station and a data center station, characterized in that: The substation, energy storage station, charging station and data center station are distributed in a "field" shape on the ground of the station area. The substation includes a building and an outgoing line structure arranged on the building. The A-phase insulator string, C-phase insulator string and B-phase insulator string in the outgoing line structure are arranged in a "pin" shape in space. The building is arranged in an L shape. An access passage is provided between the substation and the energy storage station. An access gate is provided at the access port of the access passage. Along the access direction, a first security door, a second security door, a third security door and a fourth security door are successively arranged on the access passage. Enter and exit the charging station through the first security door, enter and exit the substation through the second security door, enter and exit the energy storage station through the third security door, and enter and exit the data center station through the fourth security door. Distributed photovoltaic systems are provided at the tops of the building, the data center station and the charging station.

2. The integrated intelligent energy station according to claim 1, wherein: Access control systems are provided on the access gate, the first security door, the second security door, the third security door and the fourth security door.

3. The integrated intelligent energy station according to claim 1, wherein: A guard room is also provided on one side of the access passage.

4. The integrated intelligent energy station according to claim 3, wherein: The integrated intelligent energy station further includes a wall and a fence. The wall includes columns and wall panels arranged between the columns. Fences are provided on both the wall panels and the columns.

5. The integrated intelligent energy station according to claim 4, wherein: Infrared detectors are also provided on the wall, and an alarm connected to the infrared detectors is provided on the guard room.

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