CN211622782U

CN211622782U - Building for grid service station and transformer substation

Info

Publication number: CN211622782U
Application number: CN201922085943.XU
Authority: CN
Inventors: 罗世谋; 罗理湘
Original assignee: Hunan Kexin Electric Power Design Co ltd
Current assignee: Hunan Kexin Electric Power Design Co ltd
Priority date: 2019-11-28
Filing date: 2019-11-28
Publication date: 2020-10-02
Anticipated expiration: 2029-11-28

Abstract

A building for a grid service station and a transformer substation comprises a first underground layer, a first overground layer, a second overground layer and a third overground layer, wherein a grid service station building and a transformer substation building are jointly arranged on each layer, a firewall is arranged between the grid service station building and the transformer substation building, the grid service station building is arranged on one side, close to a road, of the transformer substation building, and the transformer substation building is closed through the grid service station building, a transformer substation enclosure wall and an enclosure gate. By utilizing the utility model, the grid service station and the transformer substation can be built as a two-station-in-one station, and the land resources in China are fully utilized; the grid service station building is arranged on the outer side of the transformer substation building close to the road, so that the grid service station can be conveniently operated to the outside; the transformer substation building is arranged on the inner side, away from the road, of the grid service station building, and a closed enclosing wall is arranged, so that safe operation of the transformer substation is facilitated, and better conditions are created for normal production and life of the transformer substation.

Description

Building for grid service station and transformer substation

Technical Field

The utility model relates to a building, concretely relates to a building that is used for net service station and transformer substation.

Background

With the development of society, grids are continuously developing as a new technology, some urban grid service stations begin to operate in rental fields, and large-scale expansion of the number of stations is being prepared.

In the conventional electric power equipment first-aid repair, after a customer reports repair, related programs need to be carried out, then service personnel are dispatched from a business hall in a centralized mode and arrive at the site within 45 minutes at the fastest time, after low-voltage grid comprehensive service is carried out, a grid service station is operated in a field and materialized mode according to the local principle and serves as a new starting point of new-era electric power high-quality service, all electric power services are uniformly commanded by the service station, and the service personnel can arrive at the home of the customer within a few minutes.

Land resources, particularly urban center land resources, are more and more precious, the building area of a single site of a grid service station is small, and the possibility of applying for construction land alone is almost eliminated, but the grid service station also needs a 'home', and a solution is urgently needed to solve the problem of arranging the grid service station.

Disclosure of Invention

The utility model aims to solve the technical problem that, overcome prior art not enough, provide one kind and can solve land planning nervous, one kind simultaneously is used for the building of net service station and transformer substation.

The utility model provides a technical scheme that its technical problem adopted is, a building that is used for grid service station and transformer substation, including secret one deck, the one deck on the ground, two floors on the ground and three-layer on the ground, each floor jointly is provided with grid service station building and transformer substation building, be for preventing hot wall between grid service station building and transformer substation building, one side that transformer substation building is close to the highway is located to grid service station building, transformer substation building seals through grid service station building and transformer substation enclosure and enclosure gate.

Furthermore, the transformer substation building comprises a cable interlayer, a cable blind ditch, a fire pool and a water pump room which are arranged on the first underground layer, an on-duty room toilet, a building entrance hall and a power distribution device room which are arranged on the first underground layer, a GIS equipment room, a secondary equipment room, a storage battery room and a data room which are arranged on the second underground layer, and a capacitor room, a hoisting platform and a safety tool room which are arranged on the third underground layer; stairs are arranged between each layer.

Furthermore, the grid service station building comprises a grid service station entrance hall, an on-duty room, an internal office, a tool room, a material warehouse and a meter library which are arranged on one floor above the ground, an external office, a station length room, a conference room and a grid service station data room which are arranged on the second floor above the ground, and a restaurant, a kitchen and a rest room which are arranged on the three floor above the ground.

Furthermore, each floor of the grid service station building is also provided with a toilet, a grid service station stair and a lighting and ventilation patio.

By utilizing the utility model, the land of the transformer substation can be fully utilized, the grid service station and the transformer substation are built as a two-station integrated station, the possibility of utilizing the land construction of the original transformer substation by the grid service station is provided, and the national land resources are fully utilized; the grid service station building is arranged on the outer side of the transformer substation building close to the road, so that the grid service station can be conveniently operated to the outside; the transformer substation building is arranged on the inner side of the grid service station building far away from the road, so that the transformer substation is convenient to operate safely, and better conditions are created for normal production and life of the transformer substation.

Drawings

Fig. 1 is a schematic diagram of the relationship between the grid service station buildings and the substation buildings and the road in embodiment 1 of the present invention;

fig. 2 is a schematic underground plan view of a grid service station building and a substation building in embodiment 1 of the present invention;

fig. 3 is a schematic ground level plan view of a grid service station building and a substation building in embodiment 1 of the present invention;

fig. 4 is a schematic plan view of the above-ground two floors of the grid service station building and the substation building in embodiment 1 of the present invention;

fig. 5 is a schematic ground three-layer plan view of a grid service station building and a substation building in embodiment 1 of the present invention;

fig. 6 is a schematic view of the relationship between the grid service station building in the transformer substation building on the side close to the right highway and the road in embodiment 2 of the present invention;

FIG. 7 is a schematic diagram of a prior art substation building-road relationship;

FIG. 8 is a schematic representation of a ground plan of a prior art substation building;

fig. 9 is a schematic view of a ground level plan of a prior art substation building;

FIG. 10 is a schematic representation of an above-ground two-storey plan of a prior art substation building;

fig. 11 is a schematic view of an above ground three level plan of a prior art substation building.

In the figure: 1-a building of a grid service station, 2-a building of a transformer substation, 3-a road, 4-a transformer substation enclosure and enclosure gate, 5-a cable interlayer, 6-a cable blind ditch, 7-a fire pool, 8-a water pump room, 9-a building lobby of a transformer substation, 10-a power distribution device room, 11-a duty room toilet, 12-a GIS equipment room, 13-a secondary equipment room, 14-a storage battery room, 15-a transformer substation data room, 16-a safety tool room, 17-a capacitor room, 18-a hoisting platform, 19-an equipment transportation channel, and 20-a building of the transformer substation leads to stairs of each floor; 21-grid service station entrance hall, 22-duty room, 23-duty office, 24-tool room, 25-material warehouse, 26-table warehouse, 27-duty office, 28-length room, 29-conference room, 30-grid service station data room, 31-restaurant, 32-kitchen, 33-rest room, 34-layer toilet, 35-grid service station stair, 36 lighting and ventilation patio, 37-substation duty room, 38-transformer room, 39-radiator room, 40-grid service station machine room, A-underground one layer, B-above-ground one layer, C-above-ground two layers and D-above-ground three layers.

Detailed Description

The present invention will be described in further detail with reference to the accompanying drawings and examples.

Example 1

Referring to fig. 1 to 5, the building of the present embodiment includes a first underground floor a, a first above-ground floor B, a second above-ground floor C, and a third above-ground floor D, where a grid service station building 1 and a substation building 2 are jointly disposed on each floor, and the grid service station building 1 is located on one side of the substation building 2 near an upper highway 3.

The grid service station building 1 is arranged on the outer side, close to the road, of the transformer substation building 2, and is convenient for the grid service station to be operated outside; the transformer substation building 2 is arranged on the inner side of the grid service station building 1 far away from the road, and the transformer substation building 2 is sealed through the grid service station building 1, a transformer substation enclosure and an enclosure gate 4 so as to facilitate safe operation of a transformer substation.

The transformer substation building 2 comprises a cable interlayer 5, a cable blind ditch 6, a fire pool 7 and a water pump room 8 which are arranged on an underground layer A, an on-duty room 37, an on-duty room toilet 11, a building entrance hall 9 of a transformer substation, a power distribution device room 10, a transformer room 38 and a radiator room 39 which are arranged on an above-ground layer B; the GIS equipment room 12, the secondary equipment room 13, the storage battery room 14 and the data room 15 which are arranged on the second floor C on the ground, the capacitor room 17, the hoisting platform 18 and the safety tool room 16 which are arranged on the third floor D on the ground. Stairs 20 are provided between the floors of the building.

The grid service station building 1 includes a grid service station entrance 21, an on-duty room 22, an office for internal work 23, a tool room 24, a material warehouse 25, a table library 26, an office for external work 27, a station length room 28, a conference room 29, a grid service station data room 30, a grid service station machine room 40, a restaurant 31, a kitchen 32, and a rest room 33, which are provided in the first floor B, the second floor C, and the third floor D. Each floor of the grid attendant building 1 is provided with a toilet 34, a grid attendant stairway 35 and a lighting and ventilation patio 36.

Referring to fig. 7-11, the embodiment of the utility model provides a correspond current transformer substation building scheme schematic diagram of planning, former planning transformer substation building itself is nervous with ground, utilize the outer road of enclosure to form the fire control loop, for make full use of space in the field, improve land utilization, transformer room 38 and radiator room 39 are as the anti floating load's of fire-fighting water pool 7 part simultaneously, reach the purpose that reduces the pond counter weight, former planning transformer substation fire-fighting water pool 7 is arranged in transformer room 38 and radiator room 39's below, but transformer room 38 and radiator room 39's lower part itself has cable blind drain 6 and oil bath and connects to the oil extraction pipe etc. of accident oil bath, prevent that the profit from oozing and need special attention, the maintenance manhole of fire-fighting water pool 7, the venthole still needs to consider in addition.

The embodiment of the utility model provides an in transformer substation's fire pond 7 arrange grid service station building 1's lower part in, make full use of place space improves land use efficiency, and grid service station building 1's weight reaches the purpose that reduces the pond counter weight as the partly of the anti floating load in fire pond simultaneously, and is simple and easy. The lighting and ventilation patio 36 of the grid service station building 1 can be used for the ventilation and lighting of the grid service station building 1, and can also be provided with an inspection manhole and an air outlet of the fire pool 7.

According to the 'building design fire protection code', the first-level fire-resistant building has three layers at most, and the area of each layer of building is not more than 200m²The number of people in the second and third floors is not more than 50, and an evacuation stair can be arranged. The indoor transformer station belongs to a first-level fire-resistant building, the indoor transformer station and the grid service station are separated by a firewall to form respective fire-resistant partitions, the grid service station belongs to a public building, and the building area of each station is 500m²The quota of 20-30 operators on the left and right sides is designed into a three-storey building, and the area of each storey of building is not more than 200m²The public building is just provided with one evacuation stair, so that the high utilization coefficient of the building is ensured.

Compared with the existing planned transformer substation building, the utility model utilizes the outer road of the enclosing wall to form the fire-fighting circular road unchanged, further improves the field space utilization rate, builds the grid service station building, improves the land utilization rate, achieves the aim of building the grid service station and the transformer substation which are integrated into one station, utilizes the land construction of the original transformer substation for the grid service station, and fully utilizes the national land resources; the grid service station building is arranged on one side, close to the road, of the transformer substation building, so that the grid service station building can be conveniently operated to the outside; the transformer substation building is arranged on one side far away from the road compared with the grid service station building, so that the transformer substation is convenient to operate safely, and better conditions are created for normal production and life of the transformer substation.

Example 2

Referring to fig. 6, the present embodiment differs from embodiment 1 in that: the grid services station building 1 is located on the side of the substation building 2 near the right highway 3. The same as in example 1.

Various modifications and variations of the present invention may be made by those skilled in the art, and they are still within the scope of the present invention, provided they are within the scope of the claims and their equivalents.

What is not described in detail in the specification is prior art that is well known to those skilled in the art.

Claims

1. A building for grid service stations and substations comprises a first underground layer, a first overground layer, a second overground layer and a third overground layer, and is characterized in that: each floor is jointly provided with a grid service station building and a transformer substation building, a firewall is arranged between the grid service station building and the transformer substation building, the grid service station building is arranged on one side close to a road compared with the transformer substation building, and the transformer substation building is closed through the grid service station building, a transformer substation enclosure and an enclosure gate.

2. The building for grid service stations and substations according to claim 1, wherein the substation building includes a cable interlayer, a cable blind ditch, a fire pool and a water pump room which are arranged on the first floor, a guard room, a toilet room, a building entrance hall of a substation, a power distribution equipment room which are arranged on the first floor, a GIS equipment room, a secondary equipment room, a storage battery room and a data room which are arranged on the second floor, a capacitor room, a hoisting platform and a safety tool room which are arranged on the third floor; stairs are arranged between each layer.

3. The building for grid service stations and substations as claimed in claim 1 or 2, wherein said grid service station building comprises grid service station hallways, on-duty rooms, on-duty offices, tool rooms, material warehouses, meter stores, on-duty offices, station length rooms, conference rooms, grid service station data rooms, on-ground restaurants, kitchens, rest rooms.