CN205172066U - Modular adds power station - Google Patents

Abstract

The utility model discloses a modular charging station, which is characterized in that it comprises a monitoring room, an energy storage room, a power distribution room and a charging room, and the energy storage room, the power distribution room and the charging room are all connected to the monitoring room, and at the same time , the energy storage room and the power distribution room are connected to the charging room; the monitoring room, the energy storage room, the power distribution room and the charging room are respectively integrated in the corresponding containers, and the containers are closely arranged and connected. The utility model utilizes the container to set up the monitoring room, the energy storage room, the power distribution room and the charging room in a modular manner, which occupies a small area and has a high compact structure, which can speed up the construction of the power station.

Description

A modular power station

technical field

The utility model relates to the technology of a power station, in particular to a modular power station.

Background technique

With the continuous development and popularization of the electric vehicle industry, the battery-swapping power station has become an important part of the power supply. The current power station is mainly composed of monitoring room, power distribution room, charging room and energy storage room. The monitoring room, power distribution room, charging room and energy storage room are all constructed on the ground with concrete and steel bars, and then built in the frame Install the corresponding equipment and constitute. Although these power stations have achieved their original functions, they occupy a large area and have a long construction period. Due to its large area, building additional power stations in the center of a planned city is difficult for land use approval, which hinders the development of power stations; at the same time, the long construction period also easily affects the development of power stations. The current power station needs to be built on the ground step by step, which is easy to affect the surrounding environment of the power station.

Utility model content

The purpose of the utility model is to overcome the disadvantages of the prior art above, and provide a modular power station with simple structure, convenient installation, high production efficiency and economy.

In order to achieve the above purpose, the utility model adopts the following technical solutions: a modular charging station, including a monitoring room, an energy storage room, a power distribution room and a charging room, and the energy storage room, power distribution room and charging room are all connected with the monitoring At the same time, the energy storage room and the power distribution room are connected to the charging room; the monitoring room, energy storage room, power distribution room and charging room are respectively integrated in the corresponding containers, and the containers are closely arranged and connected. .

Preferably, the modular power station further includes a ceiling, the ceiling is installed above the monitoring room, energy storage room, power distribution room and charging room, and the ceiling covers the monitoring room, energy storage room, power distribution room and charging room.

Preferably, the monitoring room is formed by one container, which is the first container; there are two power distribution rooms, and the power distribution room is formed by two containers, both of which are second containers; There are four charging chambers, and the charging chamber is formed by four containers, and the four containers are the third container; the energy storage chamber is formed by one container, and this container is the fourth container;

Among them, 4 third containers are arranged on the ground as a group of 2; and the first container and one of the second containers are respectively installed on the top of one of the third containers; and the fourth container and the other second container The containers are installed on top of another group of third containers respectively.

Preferably, steps are provided at both ends of each group of third containers, and a gallery is provided at the upper end of each group of third containers, and the upper end of the steps is connected to the gallery.

Preferably, the two second containers are arranged opposite to each other.

Preferably, the monitoring room is formed by one container, which is the first container; there are two power distribution rooms, and the power distribution room is formed by two containers, both of which are second containers; There are four charging chambers, and the charging chamber is formed by four containers, and the four containers are the third container; the energy storage chamber is formed by one container, and this container is the fourth container;

Among them, 4 third containers are arranged on the ground in a group of 2; while the first container and one of the second containers are respectively close to the two ends of one of the third containers, and the fourth container and the other second container The containers are respectively attached to the two ends of another group of third containers.

Preferably, the two second containers are arranged opposite to each other.

Preferably, the size of the first container is 20 feet, the size of the second container is 20 feet, the size of the third container is 40 feet, and the size of the fourth container is 20 feet.

Preferably, the charging chamber is provided with a battery compartment and a charging cabinet, the battery compartment is equipped with a battery, the battery is connected to the charging cabinet, and the charging cabinet is connected to the energy storage room.

Preferably, a guide groove is provided between the two groups of the third containers.

Compared with the prior art, the utility model has the following advantages and effects:

1. The monitoring room, power distribution room, charging room and energy storage room in this modular power station are all composed of containers, which use each container to set up the monitoring room, power distribution room, charging room and energy storage room in a modular manner , then the monitoring room, power distribution room, charging room and energy storage room do not need to be built one by one directly on the ground site, and can be installed on site after each module is manufactured in the processing plant, which improves the construction efficiency , Also avoid the impact on the surrounding environment when building a modular power station.

2. The monitoring room, power distribution room, charging room and energy storage room in this modular power station are all composed of containers. This modular setting reduces the occupied area, thereby reducing the difficulty of land use approval. At the same time, the modular setting It also shortens the construction cycle of the power station, so the development of the power station is improved.

3. The monitoring room, power distribution room, charging room and energy storage room in this modular power station are composed of containers, and each container is closely arranged and connected, which has high compactness, and has the advantages of miniaturization and Economization and other characteristics meet the urgent needs of the development of the electric vehicle industry.

Description of drawings

Fig. 1 is a schematic diagram of the overall structure of the modular power station of Embodiment 1.

Fig. 2 is a schematic structural view of the modular power station in Embodiment 1 without the roof.

Fig. 3 is a cross-sectional view in the side view direction of the modular power station of the first embodiment.

Fig. 4 is a top view of the modular power station in Embodiment 1 with the roof removed. Among them, the corridor is not drawn.

Fig. 5 is a schematic diagram of the overall structure of the modular power station of the second embodiment.

detailed description

For the convenience of those skilled in the art to understand, the utility model will be further described in detail below in conjunction with the accompanying drawings and embodiments.

Example 1:

As shown in Figures 1 to 4, this modular power station includes a monitoring room 1, an energy storage room 2, a power distribution room 3 and a charging room 4, and the energy storage room 2, power distribution room 3 and charging room 4 are all It is connected with the monitoring room 1, and at the same time, the energy storage room 2 and the power distribution room 3 are connected with the charging room 4; the monitoring room 1, the energy storage room 2, the power distribution room 3 and the charging room 4 are integrated in the corresponding In the corresponding containers, each container is closely arranged and connected. Specifically, the number of containers is determined according to the transportation demand of the bus line, the capacity of the refueling station, the capacity of the timing battery compartment, and the capacity of the transformer.

The modular charging station also includes a ceiling 5, which is installed above the monitoring room 1, the energy storage room 2, the power distribution room 3 and the charging room 4, and the ceiling 5 covers the monitoring room 1 and the energy storage room. 2. Power distribution room 3 and charging room 4. The ceiling protects the monitoring room 1, the energy storage room 2, the power distribution room 3 and the charging room 4 to prevent rainwater from entering the room and affecting or damaging the indoor equipment.

The monitoring room 1 is composed of one container, which is the first container 6; the power distribution room 3 has two, and the power distribution room 3 is composed of two containers, and the two containers are the second container 7. There are four charging chambers 4, and the charging chamber 4 is formed by four containers, and the four containers are the third container 8; the energy storage chamber 2 is formed by one container, and this container is the fourth container 9;

Among them, 4 third containers 8 are arranged on the ground in groups of 2; and the first container 6 and one of the second containers 7 are respectively installed on the top of one of the third containers 8; and the fourth container 9 And another second container 6 are installed on the top of another group of third container 8 respectively. This structure is a superimposed distribution, which can further reduce the occupied area, thereby further reducing the difficulty of land use approval.

Steps 10 are provided at both ends of each group of third containers 8 , and corridors 11 are provided at the upper ends of each group of third containers 8 , and the upper ends of the stairs 10 are connected to the corridors 11 . This structure is convenient for the staff to operate the power station.

The two second containers 7 are arranged opposite to each other. This symmetrical design reduces the length of the line connection and at the same time further improves the compactness of the power station.

The size of the first container 6 is 20 feet, the size of the second container 7 is 20 feet, the size of the third container 8 is 40 feet, and the size of the fourth container 9 is 20 feet. This size is the preferred size. That is, the length, width and height of the first container 6, the second container 7 and the fourth container 9 with a size of 20 feet are respectively: 5898mm, 2352mm, and 2385mm; The outside length, width and height of the second container 7 and the fourth container 9 are respectively: 6058mm, 2438mm, 2591mm. The length, width and height inside the third container 8 with a size of 40 feet are respectively: 12032mm, 2352mm and 2385mm; while the length, width and height outside the third container 8 with a size of 40 feet are respectively: 12192mm , 2438mm, 2591mm.

The charging chamber 4 is provided with a battery compartment 12 and a charging cabinet 13, the battery compartment 12 is equipped with a battery, the battery is connected to the charging cabinet 13, and the charging cabinet 13 is connected to the energy storage room.

A guide groove 14 is provided between the two groups of the third containers 8 . The guide groove 14 has the effect of guiding the direction of the automobiles driving into the power station, which improves the safety.

Example 2

This modular power station is the same as Embodiment 1 except for the technical features: as shown in Figure 5, the monitoring room 1 is composed of a container, which is the first container 6; the power distribution room 3 has two, The power distribution room 3 is formed by two containers, both of which are the second container 7; the charging room 4 has four, and the charging room 4 is formed by four containers, and these four containers are all the first Three containers 8; the energy storage room 2 is formed by one container, and this container is the fourth container 9;

Among them, 4 third containers 8 are arranged on the ground in groups of 2; and the first container 6 and one of the second containers 7 are respectively close to the two ends of one of the third containers 8, and the fourth container 9 and another second container 7 respectively close to the two ends of another group of third container 8 . This is a flat structure, which has high compactness and good stability.

The two second containers 7 are arranged opposite to each other. This symmetrical design reduces the length of the line connection and at the same time further improves the compactness of the power station.

The specific implementation described above is a preferred embodiment of the utility model, and does not limit the utility model. Any other changes or other equivalent replacement methods that do not deviate from the technical solution of the utility model are included in the utility model. within the scope of the new protection.

Claims (10)

1. A modular charging station, characterized in that it includes a monitoring room, an energy storage room, a power distribution room and a charging room, and the energy storage room, power distribution room and charging room are all connected to the monitoring room, and at the same time, the Both the energy storage room and the power distribution room are connected to the charging room; the monitoring room, the energy storage room, the power distribution room and the charging room are respectively integrated in corresponding containers, and the containers are closely arranged and connected. 2. The modular power station according to claim 1, further comprising a ceiling, the ceiling is installed above the monitoring room, the energy storage room, the power distribution room and the charging room, and the ceiling covers the monitoring room , Energy storage room, power distribution room and charging room. 3. The modular power station according to claim 1, characterized in that: the monitoring room is formed by one container, which is the first container; there are two power distribution rooms, and the power distribution room is formed by Consists of 2 containers, the 2 containers are the second container; the charging room has 4, the charging room is composed of 4 containers, and the 4 containers are the third container; the energy storage room is connected by 1 Consisting of four containers, this container is the fourth container; Among them, 4 third containers are arranged on the ground as a group of 2; and the first container and one of the second containers are respectively installed on the top of one of the third containers; and the fourth container and the other second container The containers are installed on top of another group of third containers respectively. 4. The modular power station according to claim 3, characterized in that: both ends of each group of third containers are provided with steps, and the upper end of each group of third containers is provided with a corridor, and the upper end of the steps is connected to Corridor connection. 5. The modular power station according to claim 3, wherein the two second containers are arranged opposite to each other. 6. The modular power station according to claim 1, characterized in that: the monitoring room is formed by one container, which is the first container; there are two power distribution rooms, and the power distribution room is formed by Consisting of 2 containers, the 2 containers are the second container; the charging room has 4, the charging room is composed of 4 containers, and the 4 containers are the third container; the energy storage room is connected by 1 Consisting of four containers, this container is the fourth container; Among them, 4 third containers are arranged on the ground in a group of 2; while the first container and one of the second containers are respectively close to the two ends of one of the third containers, and the fourth container and the other second container The containers are respectively attached to the two ends of another group of third containers. 7. The modular charging station according to claim 6, characterized in that: the two second containers are arranged opposite to each other. 8. The modular power station according to claim 3 or 6, wherein the size of the first container is 20 feet, the size of the second container is 20 feet, and the size of the third container is 40 feet, the size of the fourth container is 20 feet. 9. The modular charging station according to claim 1, characterized in that: the charging chamber is provided with a battery compartment and a charging cabinet, the battery compartment is installed with a battery, the battery is connected to the charging cabinet, and the charging cabinet Connect with storage room. 10. The modular charging station according to claim 3 or 6, characterized in that: a guide groove is provided between the two groups of the third containers.