CN213831397U

CN213831397U - Intelligent charging pile with multifunctional slot positions

Info

Publication number: CN213831397U
Application number: CN202022934913.4U
Authority: CN
Inventors: 谢洹; 张纲; 逯帅; 孟达
Original assignee: Chengdu Huamaonen Union Technology Co ltd
Current assignee: Chengdu Huamaonen Union Technology Co ltd
Priority date: 2020-12-10
Filing date: 2020-12-10
Publication date: 2021-07-30
Anticipated expiration: 2030-12-10

Abstract

The intelligent charging pile comprises a traditional charging pile functional area and an optimization space, wherein the optimization space is provided with a plurality of multifunctional groove positions, and pluggable multifunctional equipment is inserted into the multifunctional groove positions; after the multifunctional equipment is inserted into the multifunctional slot position, establishing data, power supply and network connection; the traditional charging pile functional area is in signal connection with a charging pile operator through a network, and the charging pile operator carries out function inheritance and upgrading on the traditional charging pile functional area; the optimization space is connected with the demand side signal through a communication link, and a user can obtain the extended function through the optimization space. This application has greatly promoted the space utilization who fills electric pile. Former electric pile occupation of land is very big in fact to the space does not make full use of.

Description

Intelligent charging pile with multifunctional slot positions

Technical Field

The application relates to fill the electric pile field, especially relates to a stake of charging of wisdom of taking multi-functional trench.

Background

Charging pile is as the energy input device of new energy automobile, and it plays an important role in new energy automobile development even whole clean energy development. However, the charging pile utilization rate of most charging pile operators is not optimistic at present, the benefit is low, and the operation conditions required by the continuous scale-up construction of the charging pile are difficult to support. Therefore, the utilization rate of the charging pile is further improved, and the operation benefit of the charging pile is promoted.

Under the requirement, through analysis, the charging pile is used as an asset, has certain property attributes, is combined with stable power supply and network infrastructure, makes full use of the properties to perform fusion innovation, particularly shares the internal capacity of the charging pile, provides services for communication operators, weather-related mechanisms, energy storage-related demanders, security-related demanders and the like, and is a solution. From this, the design of stake is filled to wisdom is suitable for fortune to have deeper practical meaning and clean energy trade development bearing value.

Although a product integrating multiple functions also appears in the charging pile in the prior art, a unified installation and disassembly mode is lacked among the functions, the communication mode of each function is different, the function expansibility of the charging pile is poor, and the utilization rate of the charging pile cannot be further and quickly improved.

Disclosure of Invention

To above problem, this application provides a multi-functional trench with a plurality of unified specifications to can fill electric pile according to the selective wisdom of inserting into multi-functional trench of different demand scenes with a plurality of multi-functional equipment.

In order to achieve the purpose, the technical scheme of the application is as follows:

an intelligent charging pile with multifunctional slot positions comprises a traditional charging pile function area and an optimized space, wherein the optimized space is provided with a plurality of multifunctional slot positions, and pluggable multifunctional equipment is inserted into the multifunctional slot positions; after the multifunctional equipment is inserted into the multifunctional slot position, establishing data, power supply and network connection; the traditional charging pile functional area is in signal connection with a charging pile operator through a network, and the charging pile operator carries out function inheritance and upgrading on the traditional charging pile functional area; the optimization space is connected with the demand side signal through a communication link, and a user can obtain the extended function through the optimization space.

Furthermore, the multifunctional slot position at least comprises a power interface and a communication interface, and the power interface is supplied with power by a traditional charging pile functional area or shares power with the traditional charging pile functional area; the communication interface is directly connected with the traditional charging pile functional area or shares a communication channel with the traditional charging pile functional area. Wherein the voltage level of the power supply structure can be set as desired.

Still further, the power interface includes a power cord; the communication interface comprises USB, Type-C, a network port and/or PCIE.

Further, the multifunctional equipment comprises a 5G micro base station, weather monitoring equipment, miniature energy storage equipment, vibration sensing equipment for monitoring earthquake, disaster sensing equipment for sensing flood and fire, an indoor positioning base station, AI computing edge equipment, Beidou enhancement positioning equipment, broadcast horn equipment, an AM/FM covering equipment block, wireless charging equipment or charging treasure leasing equipment.

The multifunctional slot position can be compatible with equipment generated by different manufacturers under the same standard, and the internal space of the charging pile is divided in a standardized dividing mode. The space integration mode of multi-functional trench includes closed, semi-closed or only skeleton texture.

Furthermore, the multifunctional slot position is respectively communicated with the inserted multifunctional equipment and the functional area of the traditional charging pile, and the power supply and the network connection are multiplexed in series or in parallel to realize the power supply and the network supply of the multifunctional equipment; therefore, the multifunctional slot position and the multifunctional equipment inside the multifunctional slot position are ready for power supply and are on-line through a network, and a communication link between a demand side and the multifunctional equipment is finally established through various modes such as cloud-to-cloud mode, point-to-point mode and point-to-cloud mode, so that the intelligent pile provides service for the demand side through the internal slot position and the multifunctional module of the intelligent pile. All will fill electric pile internal function module finally, through logical link, with the mode that the ability was shared, all be in this application protection scope.

Further, the multi-functional slot is designed to be a horizontal insertion type or a vertical insertion type.

Furthermore, a plurality of sliding rails or guiding structures for assisting the insertion and extraction of the multifunctional equipment are also arranged.

Further, the slide rail comprises a roller and a spacing sheet.

Compared with the prior art, the beneficial effect of this application shows:

1. this application has greatly promoted the space utilization who fills electric pile. Former electric pile occupation of land is very big in fact to the space does not make full use of.

2. This application improves and fills electric pile operation enterprise's income. Fill electric pile enterprise often lose originally before, this time upgrade can increase the income source of filling electric pile operation enterprise, impels the development of new energy automobile service.

3. The method and the system reduce the occupied area and the impression of the intelligent infrastructure in the city. This application can let in the future city through the integration to these equipment, including further integration and the transparentization of informationization equipment such as park, parking area, trade circle to reduce the time that people saw these equipment, reduce the thing networking device in the city landscape architecture, support and build the park city, rather than the computer lab city.

Drawings

Fig. 1 shows a typical application scenario with an example of a micro 5G base station + a microclimate base station + a micro energy storage station.

Fig. 2 is a schematic diagram of a communication architecture according to the present application.

Fig. 3 is a front view of the multifunctional slot of the present application.

Fig. 4 is a front view of a horizontal slot structure.

FIG. 5 is a top view of a vertical slot structure.

In the drawings: 101-intelligent charging pile, 102-multifunctional slot position, 103-multifunctional equipment, 104-external environment/user, 105-charging pile operator, 106-demand party, 107-communication link, 108-traditional charging pile functional area, 301-power interface, 302-slide rail.

Detailed Description

Example 1

The solution proposed by the present invention will be described in detail below with reference to the accompanying drawings.

An intelligent charging pile with multifunctional slot positions comprises a traditional charging pile function area 108 and an optimized space, wherein a plurality of multifunctional slot positions 102 are arranged in the optimized space, and pluggable multifunctional equipment 103 is inserted into the multifunctional slot positions 102; after the multifunctional equipment 103 is inserted into the multifunctional slot position 102, data, power and network connection are established; the traditional charging pile function area 108 is in signal connection with a charging pile operator 105 through a network, and the charging pile operator 105 carries out function inheritance and upgrading on the traditional charging pile function area 108; the optimized space is in signal connection with the demander 106 through a communication link 107, and the user can obtain the extended functions through the optimized space. Here, the inheritance means that the inheritance is completed without affecting the function of the charging pile after the traditional charging pile functional area 108 of the charging pile is compressed and adjusted through the internal space. The upgrading is realized by utilizing optimized space and expanding functions by adding the multifunctional slot position 102, and the slot position can be used for subsequently inserting various modules (such as a 5G micro base station) to realize multifunctional multiplexing of the charging pile; in addition, the power system and the network system of the slot can be reused with the network system of the charging pile, and the resource utilization rate is improved again.

The optimized space can be obtained by performing space compression on the conventional charging functional area, and specific ways of space compression include but are not limited to: firstly, the layout is spatially readjusted; secondly, components and a main board with smaller volume are adopted; replacing part of components with chips; and fourthly, deleting parts of unnecessary devices (such as a display and an auxiliary power supply).

Further, the multifunctional slot 102 at least includes a power interface 301 and a communication interface, where the power interface 301 is powered by the conventional charging pile function area 108 or shares a power source with the conventional charging pile function area 108; the communication interface is directly connected to the conventional charging pile functional area 108 or shares a communication channel with the conventional charging pile functional area 108. Wherein the voltage level of the power supply structure can be set as desired. The power interface 301 includes a power cord; the communication interface comprises USB, Type-C, a network port and/or PCIE.

Multifunctional device 103 includes little basic station of 5G, weather monitoring equipment, miniature energy storage equipment, be used for monitoring earthquake vibrations sensing equipment, be used for responding to the calamity response equipment of floods and conflagration, indoor location basic station, AI calculation edge equipment, big dipper reinforcing positioning device, broadcast loudspeaker equipment, AM FM covers equipment piece, wireless battery charging outfit or the precious lease equipment that charges. All mechanical equipment which can be compressed to the volume of about 1U-4U and can work only by a power supply and a network can be manufactured into multifunctional equipment 103. The structure and functional implementation of the multifunction device 103 itself are well known to those skilled in the art.

The multifunctional slot 102 is compatible with devices generated by different manufacturers under the same standard, and is a division mode for standardizing the internal space of the charging pile. The multi-function slot 102 can be easily plugged and unplugged. Standardized division modes such as a standard reference cabinet internal division mode are divided in units of U, but different modes are within the protection scope of the patent. The spatial integration of the multi-functional slot 102 may include closed, semi-closed, or only skeletal structures. The closed cabinet is provided with a door and a lock; a semi-enclosed or door-only (without lock) cabinet; the skeleton alone is without the door. Wherein the door and lock are detachable devices. The existing different fixing modes and space integration modes are all within the protection scope of the application.

As shown in fig. 2, the multifunctional slot 102 is respectively communicated with the inserted multifunctional device 103 and the traditional charging pile functional area 108, and the power supply and the network connection are multiplexed in series or in parallel to realize the power supply and the network supply of the multifunctional device 103; at this point, the multifunctional slot 102 and the multifunctional device 103 therein are powered on and the network is on-line, and a communication link 107 between the demander 106 and the multifunctional device 103 is finally established through various cloud-to-cloud, point-to-point, point-to-cloud and other modes, so that the intelligent pile provides service for the inner slot and the multifunctional module thereof to the demander 106. All will fill electric pile internal function module finally, through logical link, with the mode that the ability was shared, all be in this application protection scope.

As shown in fig. 3-5, the multi-function slot 102 is designed to be either a horizontal insertion type or a vertical insertion type.

A plurality of slide rails 302 or guide structures for assisting insertion and extraction of the multifunction device 103 are also provided. The sliding track 302 includes rollers and spacers. The roller drives the spacing sheet to realize the sliding or guiding function.

Referring to fig. 1, fig. 1 illustrates a typical application scenario with a micro 5G base station, a micro weather base station, and a micro energy storage station, which is connected to a communication operator and a weather bureau. The system specifically comprises a charging pile part after space optimization, one to a plurality of multifunctional slots 102, and 0 to a plurality of multifunctional devices 103 inserted into the multifunctional slots 102 according to different demand scenes.

The multifunctional slot 102 can be realized by hardware design similar to a blade server cabinet, that is, a traditional charging pile is firstly subjected to space optimization to design sufficient spare space, and then the spare space is divided in a modularized manner to form a space foundation of the multifunctional slot 102. On the basis, a group of circuit interfaces is designed at the root of the slot position according to requirements, so that the multifunctional device 103 can be correctly inserted and connected, and finally the multifunctional slot position 102 is realized.

The multifunctional device 103 is an abstract summary of devices that can be inserted into the multifunctional slot 102, and typical functional categories thereof include a 5G micro base station, a micro weather base station, a micro energy storage station, a micro advertising screen, a security monitoring device, and the like, and the multifunctional device 103 can be packaged into the multifunctional slot 102 that can be used in this patent after adaptive appearance standardization and interface arrangement of existing hardware solutions.

Based on the current charging pile design of an enterprise, a charging pile with a standard cabinet space of about 1U-4U can be optimally designed, the optimized space is named as an optimized space temporarily, and some physical slots are designed for the optimized space; after the physical slot position exists, some wiring modes are designed for the physical slot position, the sharing of a power supply and a network is realized, and the design of the multifunctional slot position 102 in the patent is completed. The sharing manner may be that the conventional charging pile functional region 108 provides the slot position, or that the slot position and the conventional charging pile functional region 108 are multiplexed in parallel.

The connection mode of the multi-functional slot 102 may be a simple line connection (refer to a line management rack mode in the cabinet), a more complex board position mode (refer to a hard disk slot of a server), and the like, which are all in the patent protection scope.

The slide rails 302 of the slot position can also be freely designed according to the requirement, and the structures of the roller, the spacing sheet and the screw are all available.

The trench and the multifunctional module can be directly connected and designed according to requirements, the simplest combination is direct current power supply + a network port, and most requirements can be met.

The unified standard for hardware connection can adopt an industry existing standard or an enterprise self-research related standard.

The standard for software connection can adopt an existing standard in the industry, such as IEC104 communication, or a standard self-developed according to requirements.

Claims

1. The utility model provides a stake of charging of wisdom of multi-functional trench, its characterized in that: the system comprises a traditional charging pile function area (108) and an optimization space, wherein the optimization space is provided with a plurality of multifunctional slot positions (102), and pluggable multifunctional equipment (103) is inserted into the multifunctional slot positions (102); the traditional charging pile function area (108) is in signal connection with a charging pile operator (105) through a network, and the optimization space is in signal connection with a demand party (106) through a communication link (107);

the multifunctional slot position (102) at least comprises a power interface (301) and a communication interface, wherein the power interface (301) is powered by a traditional charging pile functional area (108) or shares a power supply with the traditional charging pile functional area (108); the communication interface is directly connected with the traditional charging pile function area (108) or shares a communication channel with the traditional charging pile function area (108);

the multi-functional slot (102) is designed to be inserted horizontally or vertically.

2. The intelligent charging pile with the multifunctional slot position of claim 1, wherein: the power interface (301) comprises a power cord; the communication interface comprises USB, Type-C, a network port and/or PCIE.

3. The intelligent charging pile with the multifunctional slot as claimed in claim 1, wherein the multifunctional device (103) comprises a 5G micro base station, a weather monitoring device, a micro energy storage device, a vibration sensing device for monitoring earthquake, a disaster sensing device for sensing flood and fire, an indoor positioning base station, an AI computing edge device, a Beidou enhanced positioning device, a broadcast speaker device, an AM/FM coverage device block, a wireless charging device or a charging treasure rental device.

4. The intelligent charging pile with the multifunctional slot position of claim 1, wherein: the multifunctional slot position (102) divides the internal space of the charging pile in a standardized dividing mode.

5. The intelligent charging pile with the multifunctional slot position of claim 1, wherein: the spatial integration of the multi-functional slot (102) may include closed, semi-closed, or only skeletal structures.

6. The intelligent charging pile with the multifunctional slot position of claim 1, wherein: the multifunctional slot position (102) is respectively communicated with the inserted multifunctional equipment (103) and a traditional charging pile functional area (108), and power supply and network connection are multiplexed in series or in parallel to realize power supply and network supply of the multifunctional equipment (103); and a communication link (107) between the demand party (106) and the multifunctional equipment (103) is established through cloud-to-cloud, point-to-point and point-to-cloud, so that the intelligent pile provides service for the demand party (106) through the internal slot position and the multifunctional module thereof.

7. The intelligent charging pile with the multifunctional slot position of claim 1, wherein: a plurality of sliding rails (302) or guiding structures for inserting and extracting the auxiliary multifunctional equipment (103) are also arranged.

8. The intelligent charging pile with the multifunctional slot as claimed in claim 7, wherein the sliding rail (302) comprises a roller and a spacer.