CN202817059U

CN202817059U - Buried cabinet of storage battery packs for communication machine room

Info

Publication number: CN202817059U
Application number: CN2012205412803U
Authority: CN
Inventors: 夏有林
Original assignee: Jiangsu Posts and Telecommunications Planning and Designing Institute Co Ltd
Current assignee: Jiangsu Posts and Telecommunications Planning and Designing Institute Co Ltd
Priority date: 2012-10-22
Filing date: 2012-10-22
Publication date: 2013-03-20
Anticipated expiration: 2022-10-22

Abstract

The utility model discloses a buried cabinet of storage battery packs for a communication machine room. A cabinet body is a cube, the inside of the cabinet body is divided into an upper space and a lower space, an air discharging tube with a reversed U-shaped top end is arranged on one side above the cabinet body and exposed to the ground, and a T-shaped lead wire pipeline connected with a machine room outer wall is arranged at the position of a storage battery pack general connection terminal. Sealing rubber rings are arranged on the peripheries of the inner surfaces of an upper cabinet door and a lower cabinet door. The storage battery packs are formed by connecting storage batteries and respectively arranged in the upper space and the lower surface in the cabinet body respectively. The storage battery packs are arranged in the buried cabinet and buried under the ground, so that a good working environment is provided for the storage battery packs by means of the characteristic of relative constant underground temperature throughout the year, influence on service life and using effect of the storage batteries caused by high temperature of the machine room is avoided, and power consumption of an air conditioner is effectively reduced. The buried cabinet is energy-saving, environment-friendly and capable of saving area of the machine room and lands.

Description

The buried rack of a kind of communications equipment room batteries

Technical field

The utility model relates to the communications equipment room equipment technical field, particularly the buried rack of a kind of communications equipment room batteries.

Background technology

At present communication three institutes of class office (base station, institute of access office etc.) for ensureing that communications facility does not cut off the power supply, substantially all dispose batteries, since the energy-saving and emission-reduction requirement, the effort of carrying out the energy-saving and emission-reduction aspect that the communications industry is also done one's utmost.Wherein one of main method is by the winding houses ambient temperature, select not dispose air-conditioning or heighten transformation and the newly-built pattern that the mode such as Income level is saved energy and reduce the cost at the part machine room, but these schemes all have larger change to the batteries operational environment, greatly shorten batteries useful life, can't really realize the purpose of energy-saving and emission-reduction.Prior art scheme for this reason: 1, increase an insulating box by the accumulators group, carrying out battery temp by a built-in minitype air conditioner controls separately, but adopt independent compressor, do not reach the purpose of real energy-saving and emission-reduction, and other regional temperature of the further winding houses of the heat that compressor is discharged meeting, if machine room inside is furnished with air-conditioning, the energy consumption phenomenon higher than the no storage battery insulating box can appear; 2, storage battery is buried, by building the mixed space of a underground brick, batteries is placed wherein, reach batteries environment relative ideal, but the construction period is long, and humidity is difficult to control, affects storage battery and normally uses.

Summary of the invention

The technical problems to be solved in the utility model is: for the defective of prior art, provide a kind of relatively constant buried rack of communications equipment room batteries of subsurface temperature that utilizes.

The utility model solves the problems of the technologies described above the technical scheme of taking: the buried rack of a kind of communications equipment room batteries, it comprises cabinet, Over-The-Counter door, lower cabinet door and batteries, it is characterized in that: described cabinet is a cube, minute upper and lower two sheaf spaces in the cabinet, cabinet top one side is established a blast pipe, basset, blast pipe top is for falling " U " shape, and at blast pipe " U " shape end port screen pack is set, cabinet top opposite side near the total terminals of batteries place arrange one " Γ "Shape lead wire pipeline is connected with the machine room exterior wall; Described Over-The-Counter door, lower cabinet door side and cabinet are hinged, and Over-The-Counter door, lower cabinet door inner face periphery are equipped with sealing rubber ring; Described batteries is connected to form by each joint storage battery, batteries is arranged on respectively upper and lower two-layer locus in the cabinet, every layer of batteries positive and negative electrode power supply just passing through respectively/electrical connection of negative pole brace, and upper and lower layer batteries positive and negative electrode power supply is electrically connected by the up/down brace respectively.

The beneficial effects of the utility model are: by batteries is installed in imbed in the buried rack underground, by subsurface temperature throughout the year relatively constant these characteristics provide the works fine environment for batteries, having solved present machine room heats up on the impact of the life of storage battery and result of use, effectively save the air-conditioning power consumption, energy-conservation, green, environmental protection but also can save machine room area is saved the area.Rack is aluminum alloy material, and is light, firm, and it is firm that batteries is supported.

Description of drawings

Fig. 1 is the utility model internal structure schematic diagram.

Fig. 2 is the utility model front view.

Fig. 3 is the utility model end view.

1. cabinets among the figure, 2. Over-The-Counter door, 3. lower cabinet door, 4. blast pipe, 401. screen packs, 5. lead wire pipeline, 6. batteries, 7. just/negative pole brace, 8. up/down brace, 9. sealing rubber ring.

Embodiment

Below in conjunction with drawings and Examples the utility model is further described, referring to Fig. 1-3,

Embodiment 1:The buried rack of a kind of communications equipment room batteries, it comprises cabinet 1, Over-The-Counter door 2, lower cabinet door 3 and batteries 6, described cabinet 1 is a cube, it all is aluminum alloy materials, inside is done reinforcement and is played batteries 6 supporting roles with aluminium alloy extrusions, be divided in the cabinet 1, lower two sheaf spaces, cabinet 1 top one side is established a blast pipe 4, basset, blast pipe 4 tops are avoided rainwater to enter, and at blast pipe " U " shape end port screen pack 401 are set for falling " U " shape, can be effectively dustproof, insect protected, cabinet 1 top opposite side near batteries 6 total terminals places arrange one " Γ " Lead wire pipeline 5 is connected with the machine room exterior wall; Select buried cabinet to bury nearby according to the Switching Power Supply position and put the position, be convenient to being connected of batteries 6 and Switching Power Supply.Described Over-The-Counter door 2, lower cabinet door 3 sides and cabinet 1 are hinged, and Over-The-Counter door 2, lower cabinet door 3 inner face peripheries are equipped with sealing rubber ring 9 waterproof, protection against the tide; Described batteries 4 is connected to form by 24 joint storage batterys, batteries 6 is separately positioned on upper and lower two-layer locus in the cabinet, every layer arranges 12 joint 2V batteries, form altogether one group of 48V batteries, every layer of batteries 6 positive and negative electrode power supply are just passing through respectively/7 electrical connections of negative pole brace, and upper and lower layer batteries 6 positive and negative electrode power supplys are electrically connected by up/down brace 8 respectively.

Embodiment 2:In the buried rack of embodiment 1 described a kind of communications equipment room batteries, the interior upper and lower two-layer batteries of described cabinet 16 every layer 24 joint 2V batteries also can be set, form two groups of 48V batteries.

Embodiment 3:In the buried rack of embodiment 1 described a kind of communications equipment room batteries, the interior upper and lower two-layer batteries of described cabinet 16 every layer two joints or four joint 12V batteries also can be set, form one group or two groups of 48V batteries.

The buried rack cabinet of batteries, Over-The-Counter door, lower cabinet door are aluminum alloy material.The buried rack cabinet of batteries size is different according to the dissimilar storage batterys of different capabilities.

Claims

1. buried rack of communications equipment room batteries, it comprises cabinet, Over-The-Counter door, lower cabinet door and batteries, it is characterized in that: described cabinet is a cube, minute upper and lower two sheaf spaces in the cabinet, cabinet top one side is established a blast pipe and is basseted, blast pipe top is for falling " U " shape, and at blast pipe " U " shape end port screen pack is set, cabinet top opposite side near the total terminals of batteries place arrange one " Γ "Shape lead wire pipeline is connected with the machine room exterior wall; Described Over-The-Counter door, lower cabinet door side and cabinet are hinged, and Over-The-Counter door, lower cabinet door inner face periphery are equipped with sealing rubber ring; Described batteries is connected to form by each joint storage battery, batteries is arranged on respectively upper and lower two-layer locus in the cabinet, every layer of batteries positive and negative electrode power supply just passing through respectively/electrical connection of negative pole brace, and upper and lower layer batteries positive and negative electrode power supply is electrically connected by the up/down brace respectively.