CN213717677U - Uninterrupted power supply system for residential area - Google Patents

Abstract

An uninterrupted power supply system for a residential area comprises a first distribution line, a second distribution line, a first weak electric box group and a third weak electric box group, wherein the first weak electric box group is arranged in a first weak electric shaft of each floor; the first distribution line is connected with the first weak-current box group through a cable, and the second distribution line is connected with the third weak-current box group through a cable; the first weak electric box group and the third weak electric box group are connected with an outdoor distribution line and an indoor distribution line for supplying power; the utility model discloses in first distribution lines reaches second distribution lines sets up in different places, and each floor all has first distribution lines reaches second distribution lines supplies power and guarantees that power supply safety and power supply line are stable.

Description

Uninterrupted power supply system for residential area

Technical Field

The utility model belongs to the technical field of the power supply technique and specifically relates to an incessant district power supply system.

Background

Along with the continuous perfection of market economic development and the continuous improvement of urban planning level in recent years, a modern residential community integrates residential houses and commercial, entertainment and other mechanisms which meet the needs of residential life and are arranged in a matched manner, and more electric and electronic equipment are used by people, and the requirement on a power supply system is higher and higher; however, it is common to set up a power supply room and concentrate on supplying power to the district, and when the circuit goes wrong, supervisory equipment, entrance guard's equipment, alarm device, equipment rack etc. all can stop working, and district's safety can not be guaranteed, and resident's power consumption also can go wrong, therefore needs utility model a have two independent way supply circuit's power supply system.

SUMMERY OF THE UTILITY MODEL

An object of the utility model is to overcome prior art not enough, provide an incessant district power supply system.

The utility model provides a its technical problem take following technical scheme to realize:

an uninterrupted power supply system for a residential area comprises a first distribution line, a second distribution line, a first weak electric box group and a third weak electric box group, wherein the first weak electric box group is arranged in a first weak electric shaft of each floor;

first distribution lines passes through the cable junction weak current case group one, the second distribution lines passes through the cable junction weak current case group three, and each floor all has first distribution lines reaches the second distribution lines supplies power.

Preferably, the power distribution system further comprises a second weak current box group connected with the output end of the second power distribution line through a cable, and the second weak current box group is arranged in a second weak current shaft on one layer and two layers.

Preferably, the power distribution system further comprises a fourth weak-current box group which is respectively connected with the first power distribution line and the second power distribution line through cables, and the fourth weak-current box group is arranged on the negative layer.

Preferably, the second distribution lines include the second switch board and with the second UPS that the second switch board passes through cable junction, the output of second UPS passes through cable junction second isolator, miniature circuit breaker group two is connected to the second isolator, miniature circuit breaker group two passes through cable junction weak current case group two weak current case group three reaches weak current case group four.

Preferably, first distribution lines include first switch board and with first switch board passes through cable junction's first UPS, first isolator of cable junction is passed through to first UPS's output, first isolator connects miniature circuit breaker group one, miniature circuit breaker group one is through cable junction the weak current case group one reaches the weak current case group four.

Preferably, the first distribution line further comprises a first earth leakage protection circuit breaker group connected with the first isolating switch, and the first earth leakage protection circuit breaker group is connected with the television wall, the operating console and the equipment cabinet through electric wires.

Preferably, the weak current box group I the weak current box group II the weak current box group III reaches the weak current box group IV inside is equipped with outdoor distribution lines and indoor distribution lines.

Preferably, indoor distribution lines include total miniature circuit breaker and with the earth leakage circuit breaker group two that total miniature circuit breaker connects, monitoring equipment, entrance guard's equipment, alarm device and broadcasting equipment are connected through the distribution lines to earth leakage circuit breaker group two.

Preferably, outdoor distribution lines include with miniature circuit breaker group three that total miniature circuit breaker is connected, miniature circuit breaker group three is connected the supporting weak current case of pole setting through the distribution lines.

Preferably, the first micro breaker set, the second micro breaker set and the third micro breaker set each include a spare micro breaker set.

The utility model has the advantages that:

1. the utility model comprises a first distribution line, a second distribution line, a first weak electric box group and a third weak electric box group, wherein the first weak electric box group is arranged in a first weak electric shaft of each floor, and the third weak electric box group is arranged in a third weak electric shaft of each floor; the first distribution line is connected with the first weak-current box group through a cable, and the second distribution line is connected with the third weak-current box group through a cable; the first weak electric box group and the third weak electric box group are connected with an outdoor distribution line and an indoor distribution line for supplying power; the first distribution line and the second distribution line are arranged at different places, and each floor is provided with the first distribution line and the second distribution line for supplying power to ensure power supply safety and stability of a power supply line.

Drawings

Fig. 1 is a schematic connection diagram of the present invention;

fig. 2 is a schematic diagram of a first distribution line connection according to the present invention;

figure 3 is a second distribution line connection schematic of the present invention;

fig. 4 is a schematic diagram of the connection of the outdoor distribution line of the present invention;

fig. 5 is a schematic diagram of the connection between the outdoor distribution line and the indoor distribution line of the present invention;

in the figure: 1. a first distribution line; 2. a second distribution line; 101. a first power distribution cabinet; 102. a first UPS; 103. a first isolation switch; 104. a first miniature circuit breaker group; 105. a first earth leakage protection circuit breaker group; 106. a video wall; 107. an operation table; 108. an equipment cabinet; 201. a second power distribution cabinet; 202. a second UPS; 203. a second isolation switch; 204. a second miniature circuit breaker group; 301. a general miniature circuit breaker; 302. a second earth leakage protection circuit breaker group; 303. monitoring equipment; 304. an access control device; 305. an alarm device; 306. a broadcasting device; 401. a third miniature circuit breaker group; 402. the upright stanchion is matched with a weak current box; 501. a first weak current box group; 502. a weak current box group III; 503. a weak current box group II; 504. the weak current box group IV; 505. a spare set of micro circuit breakers.

Detailed Description

The technical solutions in the embodiments of the present invention will be described clearly and completely with reference to the accompanying drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only some embodiments of the present invention, not all embodiments. Based on the embodiments in the present invention, all other embodiments obtained by a person skilled in the art without creative work belong to the protection scope of the present invention.

It will be understood that when an element is referred to as being "secured to" another element, it can be directly on the other element or intervening elements may also be present. When a component is referred to as being "connected" to another component, it can be directly connected to the other component or intervening components may also be present. When a component is referred to as being "disposed on" another component, it can be directly on the other component or intervening components may also be present. The terms "vertical," "horizontal," "left," "right," and the like as used herein are for illustrative purposes only.

Unless defined otherwise, all technical and scientific terms used herein have the same meaning as commonly understood by one of ordinary skill in the art to which this invention belongs. The terminology used in the description of the invention herein is for the purpose of describing particular embodiments only and is not intended to be limiting of the invention. As used herein, the term "and/or" includes any and all combinations of one or more of the associated listed items.

As shown in fig. 1-5, the utility model relates to an uninterrupted power supply system for residential area, including first distribution line 1, second distribution line 2, weak electric box group one 501 and weak electric box group three 502, weak electric box group one 501 is arranged in weak electric shaft one of each floor, weak electric box group three 502 is arranged in weak electric shaft three of each floor; the first distribution line 1 is connected with the first weak-current box set 501 through a cable, the second distribution line 2 is connected with the third weak-current box set 502 through a cable, and the first distribution line 1 and the second distribution line 2 supply power on each floor;

specifically, the first distribution line 1 is arranged in a first-floor fire protection and security control room, and the second distribution line 2 is arranged in a second-floor machine room; the weak current shaft I and the weak current shaft III with one to four negative floors are respectively provided with the weak current box group I501 and the weak current box group III 502, and the weak current box group I501 respectively comprises a weak current box UPS-RDJ-B1-01, a weak current box UPS-RDJ-1F-01, a weak current box UPS-RDJ-2F-01, a weak current box UPS-RDJ-3F-01 and a weak current box UPS-RDJ-4F-01 which are connected with the first distribution line 1 through cables; the third weak current box group 502 comprises a weak current box UPS-RDJ-B1-03, a weak current box UPS-RDJ-1F-03, a weak current box UPS-RDJ-2F-03, a weak current box UPS-RDJ-3F-03 and a weak current box UPS-RDJ-4F-03 which are connected with the second distribution line 2 through cables; each floor all is equipped with weak current shaft one reaches weak current shaft three, weak current shaft one reaches be equipped with respectively in the weak current shaft three weak current box group 501 reaches the weak current box of three 502 of weak current box group, just weak current box group 501 reaches three 502 of weak current box group are respectively by first distribution lines 1 reaches second distribution lines 2 supplies power, and the district power supply safety is guaranteed to the two way distribution lines that set up in different places.

Furthermore, the system also comprises a second weak current box group 503 connected with the output end of the second distribution line 2 through a cable, wherein the second weak current box group 503 is arranged in a second weak current shaft on one floor and a second floor; specifically, the weak current silo group two 503 is arranged in the weak current silo two of the first floor and the second floor, the weak current silo group two 503 comprises a weak current silo UPS-RDJ-1F-02 and a weak current silo UPS-RDJ-2F-02 which are connected with the second distribution line 2 through cables, and the second distribution line 2 supplies power to the weak current silo group two 503.

Furthermore, the power distribution system also comprises a fourth weak-current box group 504 which is respectively connected with the output ends of the first power distribution line 1 and the second power distribution line 2 through cables, wherein the fourth weak-current box group 504 is arranged at the negative layer; specifically, the weak current box group four 504 arranged on the negative layer is a weak current box UPS-RDJ-B1-02 and a weak current box UPS-RDJ-B1-05 which are connected with the first distribution line 1 through a cable, and a weak current box UPS-RDJ-B1-04 which is connected with the second distribution line 2 through a cable.

Further, the second distribution line 2 includes a second distribution cabinet 201 and a second UPS202 connected to the second distribution cabinet 201 through a cable, an output end of the second UPS202 is connected to a second isolating switch 203 through a cable, the second isolating switch 203 is connected to a second miniature circuit breaker group 204, the second miniature circuit breaker group 204 is connected to a second weak circuit box group 503, a third weak circuit box group 502 and a fourth weak circuit box group 504 through cables.

Further, the first distribution line 1 includes a first distribution cabinet 101 and a first UPS102 connected to the first distribution cabinet 101 through a cable, an output end of the first UPS102 is connected to a first isolating switch 103 through a cable, the first isolating switch 103 is connected to a first miniature circuit breaker group 104, the first miniature circuit breaker group 104 is connected to a second weak circuit box group 501 and the second weak circuit box group 504 through a cable.

Further, the first distribution line 1 further includes a first earth leakage protection breaker set 105 connected to the first isolating switch 103, and the first earth leakage protection breaker set 105 is connected to the television wall 106, the operating desk 107 and the equipment cabinet 108 through wires.

Furthermore, an outdoor distribution line and an indoor distribution line are arranged inside the first weak electric box group 501, the second weak electric box group 503, the third weak electric box group 502 and the fourth weak electric box group 504; specifically, the first weak electric box group 501, the second weak electric box group 503, the fourth weak electric box group 504 and the third weak electric box group 502 all include the outdoor distribution line; the weak power box UPS-RDJ-B1-03 in the weak power box group three 502 also includes outdoor distribution lines.

Further, the indoor distribution line includes total miniature circuit breaker 301 and with two 302 of earth leakage circuit breaker group that total miniature circuit breaker 301 is connected, two 302 of earth leakage circuit breaker group are connected supervisory equipment 303, entrance guard's equipment 304, alarm device 305 and broadcasting equipment 306 through the distribution line and are supplied power.

Further, the outdoor distribution line comprises a third miniature circuit breaker group 401 connected with the main miniature circuit breaker 301, and the third miniature circuit breaker group 401 supplies power to the outside of the small compartment through a distribution line connecting pole matching weak current box 402.

Further, the first micro breaker group 104, the second micro breaker group 204 and the third micro breaker group 401 each include a spare micro breaker group 505.

The working principle is as follows:

1. the weak current shaft I and the weak current shaft III with one layer to four layers are respectively provided with the weak current box group I501 and the weak current box group III 502, and the weak current shaft II with one layer and two layers is provided with the weak current box group II 503; the minus one layer is provided with the weak electric box group four 504;

2. the first distribution line 1 is arranged in a first-floor fire protection control room, and the second distribution line 2 is arranged in a negative-floor machine room; the second distribution line 2 comprises a second power distribution cabinet 201 and a second UPS202 connected with the second power distribution cabinet 201 through a cable, the output end of the second UPS202 is connected with a second isolating switch 203 through a cable, the second isolating switch 203 is connected with a second miniature circuit breaker group 204, and the second miniature circuit breaker group 204 is connected with the second weak circuit box group 503, the third weak circuit box group 502 and the fourth weak circuit box group 504 through cables;

3. the first distribution line 1 comprises a first power distribution cabinet 101 and a first UPS102 connected with the first power distribution cabinet 101 through a cable, the output end of the first UPS102 is connected with a first isolating switch 103 through a cable, the first isolating switch 103 is connected with a first miniature circuit breaker group 104, and the first miniature circuit breaker group 104 is connected with a first weak circuit box group 501 and a fourth weak circuit box group 504 through a cable;

4. the first distribution line 1 further comprises a first leakage protection breaker group 105 connected with the first isolating switch 103, wherein the first leakage protection breaker group 105 is connected with a television wall 106, an operation desk 107 and an equipment cabinet 108 through electric wires;

5. the first weak electric box group 501, the second weak electric box group 503, the fourth weak electric box group 504 and the third weak electric box group 502 all comprise the outdoor distribution line; the indoor distribution line comprises a main miniature circuit breaker 301 and a second earth leakage protection circuit breaker group 302 connected with the main miniature circuit breaker 301, wherein the second earth leakage protection circuit breaker group 302 is connected with a monitoring device 303, an entrance guard device 304, an alarm device 305 and a broadcast device 306 through the distribution line;

6. the weak power box UPS-RDJ-B1-03 in the weak power box group three 502 further includes an outdoor distribution line; the outdoor distribution line comprises a third miniature circuit breaker group 401 connected with the main miniature circuit breaker 301, and the third miniature circuit breaker group 401 is connected with a weak current box 402 matched with the vertical rod through the distribution line.

The utility model discloses a first distribution line 1, a second distribution line 2, a weak electric box group one 501 and a weak electric box group three 502, the weak electric box group one 501 is arranged in the weak electric shaft one of each floor, the weak electric box group three 502 is arranged in the weak electric shaft three of each floor; the first distribution line 1 is connected with the first weak-current box group 501 through a cable, and the second distribution line 2 is connected with the third weak-current box group 502 through a cable; the first weak electric box group 501 and the third weak electric box group 502 are connected with an outdoor distribution line and an indoor distribution line for supplying power; first distribution lines 1 with second distribution lines 2 sets up in different places, and each floor all has first distribution lines 1 with second distribution lines 2 supplies power and guarantees that power supply safety and power supply line are stable.

The above description is for the detailed description of the preferred possible embodiments of the present invention, but the embodiments are not intended to limit the scope of the present invention, and all equivalent changes or modifications accomplished under the technical spirit suggested by the present invention should fall within the scope of the present invention.

Claims (10)

1. An uninterruptible cell power supply system, comprising: the power distribution system comprises a first power distribution line (1), a second power distribution line (2), a weak electric box group I (501) and a weak electric box group III (502), wherein the weak electric box group I (501) is arranged in a weak electric shaft I of each floor, and the weak electric box group III (502) is arranged in a weak electric shaft III of each floor;

first distribution lines (1) are through the cable junction weak current case group one (501), second distribution lines (2) are through the cable junction weak current case group three (502), and each floor all has first distribution lines (1) and second distribution lines (2) supply power.

2. The uninterruptible cell power supply system of claim 1, wherein: the power distribution system is characterized by further comprising a second weak-current box group (503) connected with the output end of the second power distribution line (2) through a cable, wherein the second weak-current box group (503) is arranged in a second weak-current vertical shaft on one layer and two layers.

3. The uninterruptible cell power supply system of claim 2, wherein: still include respectively with first distribution lines (1) and second distribution lines (2) output passes through cable connection's weak current case group four (504), weak current case group four (504) set up at the burden one deck.

4. The uninterruptible cell power supply system of claim 3, wherein: the second distribution lines (2) include second switch board (201) and with second UPS (202) that second switch board (201) passes through cable junction, second isolator (203) is passed through by cable junction to the output of second UPS (202), miniature circuit breaker group two (204) is connected in second isolator (203), miniature circuit breaker group two (204) is through cable junction weak battery group two (503), weak battery group three (502) and weak battery group four (504).

5. The uninterruptible cell power supply system of claim 4, wherein: first distribution lines (1) include first switch board (101) and with first switch board (101) pass through first UPS (102) of cable junction, first isolator (103) of cable junction is passed through to the output of first UPS (102), first isolator (103) are connected miniature circuit breaker group (104), miniature circuit breaker group (104) are through the cable junction weak current box group one (501) and weak current box group four (504).

6. The uninterruptible cell power supply system of claim 5, wherein: the first distribution line (1) further comprises a first leakage protection breaker set (105) connected with the first isolating switch (103), and the first leakage protection breaker set (105) is connected with a television wall (106), an operation desk (107) and an equipment cabinet (108) through electric wires.

7. The uninterruptible cell power supply system of claim 6, wherein: the weak current box group is one (501), the weak current box group is two (503), the weak current box group is three (502) and the weak current box group is four (504) inside is equipped with outdoor distribution lines and indoor distribution lines.

8. The uninterruptible cell power supply system of claim 7, wherein: indoor distribution lines include total miniature circuit breaker (301) and with two (302) of earth leakage protection circuit breaker group that total miniature circuit breaker (301) are connected, two (302) of earth leakage protection circuit breaker group are through distribution lines connecting monitoring equipment (303), entrance guard's equipment (304), alarm device (305) and broadcasting equipment (306).

9. The system of claim 8, wherein: the outdoor distribution line comprises a third miniature circuit breaker group (401) connected with the main miniature circuit breaker (301), and the third miniature circuit breaker group (401) is connected with a weak current box (402) matched with the vertical rod through the distribution line.

10. The system of claim 9, wherein: the first micro breaker set (104), the second micro breaker set (204), and the third micro breaker set (401) each include a spare micro breaker set (505).

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