CN204960416U - Assembly type structure of transformer substation thing based on modularization combination technique - Google Patents

Abstract

The utility model discloses a substation prefabricated building based on the modular combination technology. The substation prefabricated building based on the modular combination technology adopts standard modular components to build and design, including a primary equipment room, a secondary equipment room and a comprehensive room. And the selection of new lightweight building materials has the advantages of land saving, energy saving, water saving, material saving, environmental protection and convenient transportation, and can reduce the workload of on-site construction while obtaining the use functions of traditional buildings, and improve on-site construction efficiency. Construction efficiency, and can be expanded according to user requirements.

Description

A Substation Prefabricated Building Based on Modular Combination Technology

technical field

The utility model belongs to the technical field of power transmission and transformation equipment, and relates to a substation assembly building based on modular combination technology.

Background technique

At present, substation buildings generally adopt reinforced concrete structure or brick-concrete structure construction. This construction method has defects such as many types of work involved, many personnel, many wet processes, heavy on-site workload, long construction period, high pressure on safe and civilized construction, great impact on the regional and seasonal environment, and great impact on the surrounding environment. In addition, when the corresponding power consumption environment changes, it is not convenient for rapid expansion. At the same time, when temporary substations need to be built in some temporary power consumption areas, the traditional construction method is obviously costly and troublesome to construct and disassemble.

Therefore, a new technical solution is needed to solve the above problems.

Utility model content

The technical problem to be solved by the disclosed utility model is to provide a substation prefabricated building based on modular combination technology, which has the advantages of light weight, easy transportation, improved site construction efficiency, and easy expansion.

In order to achieve the above object, the utility model can adopt the following technical solutions:

A substation prefabricated building based on modular combination technology, including a primary equipment room, a secondary equipment room and a comprehensive room; the secondary equipment room is located between the primary equipment room and the comprehensive room; the primary equipment room includes a building frame, The detachable end plate located at one end of the building frame, the detachable baffle plate located on both sides of the building frame, and the first roof covering the building frame; the other end of the building frame is a butt end, and the butt end is provided with columns on both sides, The central column located between the uprights on both sides and parallel to the uprights on both sides, the upper beam horizontally installed on the top of the uprights on both sides and the top of the central column, and the lower beam horizontally installed on the bottom of the uprights on both sides and the bottom of the central column; the secondary equipment room includes two The main body of the secondary room and the second roof covering the main body of the secondary room; the end of the main body of the secondary room facing the primary equipment room is fixed at the docking end of the primary equipment room; the comprehensive room includes the main body of the comprehensive room and the roof covering the main body of the comprehensive room The third roof; the end of the main body of the comprehensive room facing the secondary equipment room is fixed to the main body of the secondary room; the first roof is connected to the second roof, the second roof is connected to the third roof, and the first roof is connected to the second roof. The junction of the two roofs is covered with a sealing tape, and the junction of the second roof and the third roof is also covered with a sealing tape.

Compared with the prior art, the substation prefabricated building based on the modular combination technology of the utility model adopts a standard modular component combination design, and the walls and roofs are made of new lightweight building materials, which has the advantage of being convenient for transportation, and can While obtaining the use functions of traditional buildings, it reduces the workload of on-site construction and improves the efficiency of on-site construction. At the same time, the modular design is adopted to facilitate expansion and improve the flexibility to adapt to the scale and environment of the substation.

Description of drawings

Fig. 1 is a perspective view of a substation prefabricated building based on the modular combination technology of the present invention.

Fig. 2 is a three-dimensional exploded schematic diagram of a substation assembly building based on the modular combination technology of the present invention.

detailed description

Please refer to FIG. 1 to FIG. 2 , the utility model discloses a substation prefabricated building based on modular combination technology, including a primary equipment room 1 , a secondary equipment room 2 and a comprehensive room 3 . The secondary equipment room 2 is located between the primary equipment room 1 and the comprehensive room 3 . One of the equipment rooms was built on site using standard modular components. The secondary equipment room and comprehensive room adopt the production method of factory overall prefabrication, and the specific structure is introduced as follows.

The primary equipment room 1 includes a building frame 11 , a detachable end plate 12 at one end of the building frame 11 , detachable baffles 13 at both sides of the building frame 11 , and a first roof 14 covering the building frame 11 . The other end of the building frame is a butt joint, and the butt joint is provided with uprights 15 on both sides, a central column 16 between the uprights 15 on both sides and parallel to the uprights on both sides, and is installed on the tops of the uprights 15 on both sides and the top of the central column 16 horizontally. The upper crossbeam 17 and the lower crossbeam 18 that are horizontally installed on both sides column 15 and center column 16 bottoms. The secondary equipment room 2 includes a secondary room main body 21 and a second roof 22 covering the secondary room main body 21 . One end of the secondary chamber main body 21 facing the primary equipment chamber 1 is fixed at the butt end of the primary equipment chamber 1 . The comprehensive room 3 includes a comprehensive room main body 31 and a third roof 32 covering the comprehensive room main body 31 . One end of the comprehensive room main body 31 facing the secondary equipment room 2 is fixed to the secondary room main body 21 . The secondary chamber main body 21 includes a secondary chamber frame 23 and a first side wall plate 24 fixed on both sides of the secondary chamber frame 23, and as shown above, the first side wall plate 24 and the secondary chamber frame 23 It is directly transported to the construction site after being prefabricated as a whole, and there is no need to build it again at the construction site. The main body 31 of the comprehensive room includes a frame 33 of the comprehensive room and second side wall panels 34 fixed on both sides of the frame 33 of the comprehensive room. Similarly, the second side wall panels 34 and the frame 33 of the comprehensive room are also integrally prefabricated. In this embodiment, the detachable end plate 12, the detachable baffle 13, the first roof 14, the second roof 22, the first side wall 24, the third roof 32 and the second side wall 34 are all Lightweight boards, including ALC (AAC) boards, or silicic acid boards, or glass magnesium boards, or inorganic composite boards, or glass fiber reinforced cement lightweight porous partition wall strips, and other existing lightweight boards or lightweight boards All solid walls can be used. The building frame 11, the secondary room frame 23 and the comprehensive room frame 33 are all made up of hollow beams or hollow columns.

The first roof 14 is in contact with the second roof 22 , and the second roof 22 is in contact with the third roof 32 . And the joint of the first roof 14 and the second roof 22 is covered with a sealing tape 4 . The junction of the second roof and the third roof is also covered with sealing tape. The cross sections of the first roof 14 , the second roof 22 and the third roof 32 are all triangular. In this embodiment, the volumes of the secondary chamber main body 21 , the second roof 22 , the comprehensive chamber main body 31 and the third roof 32 should meet road transportation requirements. The secondary equipment room integrates power secondary equipment, screen cabinets, office facilities (not shown), etc. The comprehensive room integrates tools, living facilities, etc. (not shown) to achieve the goal of completing installation and commissioning before leaving the factory, overall transportation, and rapid commissioning on site. After all walls and roofs are installed, the seams are sealed and waterproofed.

In addition, there are many specific implementation methods and approaches of the utility model, and the above descriptions are only preferred implementation modes of the utility model. For those of ordinary skill in the art, without departing from the principle of the utility model, some improvements and modifications can also be made, and these improvements and modifications should also be regarded as the protection scope of the utility model. All components that are not specified in this embodiment can be realized by existing technologies.

Claims (4)

1. A substation prefabricated building based on modular combination technology, characterized in that: it includes a primary equipment room, a secondary equipment room and a comprehensive room; the secondary equipment room is located between the primary equipment room and the comprehensive room; The primary equipment room includes a building frame, a detachable end plate at one end of the building frame, a detachable baffle plate at both sides of the building frame, and a first roof covering the building frame; and the other end of the building frame is a butt end, The butt end is provided with uprights on both sides, a center post between the uprights on both sides and parallel to the uprights on both sides, an upper beam horizontally installed on the top of the uprights on both sides and the top of the center post, and a crossbeam installed horizontally on the bottom of the uprights on both sides and the center post. lower beam; The secondary equipment room includes the main body of the secondary room and the second roof covering the main body of the secondary room; the end of the main body of the secondary room facing the primary equipment room is fixed at the docking end of the primary equipment room; The comprehensive room includes a main body of the comprehensive room and a third roof covering the main body of the comprehensive room; the end of the main body of the comprehensive room facing the secondary equipment room is fixed to the main body of the secondary room; The first roof is connected to the second roof, the second roof is connected to the third roof, and the joint between the first roof and the second roof is covered with a sealing tape, and the joint between the second roof and the third roof is also covered with a sealing tape. 2. The substation prefabricated building based on modular combination technology according to claim 1, characterized in that: the secondary equipment room is integrated with power secondary equipment and office facilities, and the comprehensive room is integrated with tools and living facilities . 3. The substation prefabricated building based on modular combination technology according to claim 1, wherein the cross-sections of the first roof, the second roof and the third roof are all triangular. 4. The substation prefabricated building based on modular combination technology according to claim 1, characterized in that: the main body of the secondary room includes a frame of the secondary room and first side walls fixed on both sides of the frame of the secondary room board; the main body of the comprehensive room includes the frame of the comprehensive room and the second side wall panels fixed on both sides of the frame of the comprehensive room; For light board.