CN203603544U - Intensified energy-saving base station machine room - Google Patents
Intensified energy-saving base station machine room Download PDFInfo
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- CN203603544U CN203603544U CN201320709657.6U CN201320709657U CN203603544U CN 203603544 U CN203603544 U CN 203603544U CN 201320709657 U CN201320709657 U CN 201320709657U CN 203603544 U CN203603544 U CN 203603544U
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- machine room
- temperature control
- control door
- base station
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Abstract
The utility model provides an intensified energy-saving base station machine room and relates to the technical field of communication networking devices, in particular to a communication base station machine room. The intensified energy-saving base station machine room provides a long-term reliable operation environment for fast and convenient arrangement and accommodation of communication devices and matched devices. The intensified energy-saving base station machine room comprises a machine room wall body, a top cover, a base, a left temperature control door, a right temperature control door, a base transceiver station device, a device supporting frame, a storage battery, a storage battery supporting frame, a frame assembly, a power distribution module, a switch power supply, a 24-core fiber wiring subframe, a feeder line window, a grounding copper bar and a frame assembly. The top cover is assembled at the upper portion of the machine room wall body, and the lower portion of the machine room wall body is provided with the base. The right rear side of the machine room wall body is provided with the feeder line window, and the grounding copper bar is assembled under the feeder line window. The front side of the machine room wall body is provided with the left temperature control door and the right temperature control door, the left temperature control door is provided with a compressor air conditioner, the right temperature control door is provided with a semiconductor refrigeration air conditioner, a plurality of installing columns are installed in the machine room and divide the machine room into left and right units, the left unit is a device cabin, and the right unit is a matched cabin and a storage battery cabin.
Description
Technical field
What the intensive energy-saving base station machine room of the utility model related to is constructing communication network equipment technical field, relates in particular to communication base station room, for communication equipment and corollary equipment provide one to settle easily to accommodate and running environment reliably and with long-term.This utility model complies with that website main equipment is integrated, the industrial trend of miniaturization, matching component modularization and energy-saving and emission-reduction, alleviates customer rs site and obtain the pressure of aspect, meets the demand of client aspect dilatation flexibly, Long Term Evolution.
Background technology
Along with carrying out to operator of 3G/4G and full-service operation brings more wide development space, the covering of mobile communications network is goed deep into perfect gradually, and home communications total number of base has broken through 1,260,000.Current newly-built base station will be deep into the several scenes such as dense city, outlying rural area, mountain area, high ferro, scenic spot gradually, and the traditional base station machine room that volume is large, the construction period is long, energy consumption is large can not finely meet the new demand of new base station.Tradition macro base station has Jian Zhuanhun room, ground, urban district lease machine room, urban district roof to build three kinds of construction modes of prefabricated house, the problem existing at present:
Station for acquiring difficulty
1, in city, suitable land for building is extremely few, and land for building buying expenses is high, and periphery resident is large to the resentment of newly-built base station, therefore generally take lease machine room as main.But suitable lease machine room is found and negotiation difficulty continues to increase, and lease expenses increases day by day, high.
2, city roof is built materials of the computer rooms transportation difficulty, needs newly-built ground, and difficulty of construction is destroyed greatly and easily building body structure.
3, suburb website adopts civil engineering machine room and assembled machine room more, considers corollary equipment, interior decoration etc., and entirety investment is greater than 6-7 ten thousand RMB, involves great expense.The safty material of civil engineering machine room and assembled machine room and method are too simple, and theft phenomenon is serious.
4, traditional machine room area is large, and 4m × 3m or larger increases station for acquiring difficulty.
Construction period is long
Station for acquiring is uncertain, increases and builds a station the cycle.Civil engineering computer room construction approximately needs 1 month, and assembled computer room construction needs 4 people 2 days, and site survey and network design complexity, and the construction period is long, is vulnerable to the obstruction of surrounding resident in process of construction.
Temperature control energy consumption is large
Traditional base station machine room is arranged on machine room interior temperature between 21 ℃～25 ℃ by air-conditioning, for battery provides an optimum operating temperature, and website main equipment, all sustainable being normally operated in 35 ℃ of above computer room temperature environment such as supporting.For keeping service lifetime of accumulator the longest, the website air-conditioning most of the time is all in running order, and air-conditioning power consumption is large, accounts for the more than 45% of base station total power consumption.
As how more the mode of fast and flexible dispose business, effectively reduce equipment energy consumption, reduce O&M cost, become the key issue of current network design.
Summary of the invention
The utility model provides a kind of intensive energy-saving base station machine room for above-mentioned weak point, for communication equipment and corollary equipment provide one to settle easily to accommodate and running environment reliably and with long-term.This utility model complies with that website main equipment is integrated, the industrial trend of miniaturization, matching component modularization and energy-saving and emission-reduction, alleviates customer rs site and obtain the pressure of aspect, meets the demand of client aspect dilatation flexibly, Long Term Evolution.
Described intensive energy-saving base station machine room is to take following technical scheme to realize:
Intensive energy-saving base station machine room comprises machine room body of wall, top cover, base, left temperature control door, right temperature control door, base transceiver station equipment (BTS equipment, Base Transceiver Station, base transceiver station equipment), equipment support, battery, battery cradle, frame assembly, Power entry module, Switching Power Supply, the sub-frame of 24 core fibre distribution (ODF frame), feeder window, grounding copper bar and frame assembly.
Intensive energy-saving base station machine room body of wall adopts color steel, and color steel adopts the rock cotton board of the anti-solar ultraviolet radiation of high-quality.Machine room body of wall top is equipped with top cover, and top cover adopts ramp structure design, effectively stops rainwater to enter machine room inside from front; The bottom of machine room body of wall is equipped with base; Machine room body of wall right lateral side is provided with feeder window, the fit beneath grounding copper bar of feeder window; Machine room body of wall installed in front has left temperature control door, right temperature control door, left temperature control door is equipped with compressor air-conditioning, and right temperature control door is equipped with the semiconductor refrigerating air-conditioning (TEC air-conditioning) of band row hydrogen function, when realizing effective temperature control, the hydrogen producing during by battery-operated is discharged machine room, improves safety factor.Some groups of installation columns are equipped with in machine room inside, and machine room is divided into left and right two unit, and left unit is equipment compartment, and right unit is set to supporting cabin and battery bay; On the equipment compartment base of left unit, equipment support is installed, BTS equipment (Base Transceiver Station, base transceiver station equipment) is installed in equipment support; In right unit base, battery cradle is installed, can settles battery; Frame assembly is installed on battery cradle, Power entry module, Switching Power Supply and the sub-frame of 24 core fibre distribution (ODF frame) are installed from top to bottom successively, wherein Power entry module and Switching Power Supply are that 19 inches of standards are installed, and can configure different size by demand.
Intensive energy-saving base station machine room is divided into equipment compartment, battery bay, basic cabin, three, supporting cabin by function, carries out independent temperature, energy conservation for different cabins.Machine room is put into independent constant temperature battery for electrical storage cell and carry out single-point temperature control, keep its operating temperature constant in 25 ℃, and the temperature of machine room entirety is brought up to 35 ℃, and significantly reduce the large power air-conditioned power consumption of machine room, can meet machine room energy-saving and the life-extending requirement of battery simultaneously.
Described top cover adopts the ramp structure of 10 °, effectively prevents that rainwater from entering machine room from front, the stressed 1000N/m that reaches of top cover
2, can bear the pressure of certain accumulated snow, strong to atrocious weather holding capacity.
Described color steel adopts the rock cotton board of the anti-solar ultraviolet radiation of high-quality, has good heat insulating effect, reduces the inner air conditioning energy consumption of machine room, and described rock cotton board has multiple color style available, can reach better aesthetic.
Described base has the rectangular aperture of being convenient to forklift transport, is convenient to the whole Transporting of machine room, accelerates the base station speed of building a station.
Described intensive energy-saving base station machine room, is provided with grounding copper bar, meets the ground connection lightning protection demand of equipment, improves the safety of machine room.
Described left temperature control door and right temperature control door adopt high-strength steel sheet door, are equipped with special 3 theftproof locks, the inner dismounting of all machine room securing members, and bolt internal lock, without exposing, the theftproof performance that has greatly improved machine room is good.
The intensive energy-saving base station machine room of the utility model is a kind of novel construction model, can carry out personalized unit combination according to different scene demands.Easily addressing, dispose fast, low temperature consumption, solved the requirement of station for acquiring difficulty and national green communication, can help operator's rapid deployment network, commence business, realize target for energy-saving and emission-reduction, there is epoch-making meaning.
Operating principle
The intensive energy-saving base station machine room of the utility model patent adopts standard modular structure design, built-in module equipment is landed to install from tradition and becomes the added installation of standard rack, exempt to safeguard into people, the integrated design of the integrated design of frame and chute and door body and temperature control device, make the machine room can be keeping in original accommodating property, area and volume reduce greatly, realize compactness and accommodate.
The operating principle of intensive energy-saving base station machine room is: outside cable enters machine room through feeder window, receive the input of AC distribution module, the output of AC distribution module is received the interchange leading-in terminal of Switching Power Supply, and the road output of an output port direct current of Switching Power Supply is powered to equipment.Another output port-battery interface of Switching Power Supply is connected to the both positive and negative polarity of battery, to charge in batteries.In the time of mains failure, battery discharging is to Switching Power Supply, and Switching Power Supply is powered to BTS equipment through direct current branch output.
Outdoor optical cable is through being incorporated into 24 core ODF frames after fixation peeling in feeder window is introduced machine room, and the output optical fibre of ODF frame is connected to antenna.
The intensive energy-saving base station machine room of the utility model has following features:
1. machine room top cover adopts ramp structure design, effectively prevents that rainwater from entering machine room from front;
2. body of wall adopts high-quality rock wool, radioresistance, and thermal and insulating performance excellence, is beneficial to energy-conservation;
3. compact module design, flexible configuration, saves material;
4. subdivision management, temperature control separately, effectively energy-conservation;
5. rack is combined by basic functional units, selects as required machine room size, saves space;
6. flexible for installation, support self-contained and loose mail delivery on-site consolidation, realize and building a station fast;
7. flexible configuration, can realize left and right cabinet, back-to-back and cabinet, thereby realizes the smooth evolution of network.
Accompanying drawing explanation
Below with reference to accompanying drawing, the intensive energy-saving base station machine room of the utility model is described further.
Fig. 1 is the intensive energy-saving base station machine room structure schematic diagram of the utility model.
Fig. 2 is the intensive energy-saving base station machine room schematic rear view of the utility model.
The specific embodiment
With reference to accompanying drawing 1,2, intensive energy-saving base station machine room comprises top cover 1, machine room body of wall 2, base 3, the left temperature control door 4 of compressor air-conditioning 15 is housed, the right temperature control door 5 that TEC air-conditioning is housed, base transceiver station equipment (BTS equipment) (Base Transceiver Station, base transceiver station equipment) 6, equipment support 7, battery cradle 8, battery 9, Power entry module 10, the sub-frame of Switching Power Supply 11,24 core fibre distribution (ODF frame) 12, feeder window 13, grounding copper bar 14, lock 17, frame assembly 18.
Intensive energy-saving base station has machine room body of wall 2, and machine room body of wall 2 adopts the rock wool of high-quality, and machine room body of wall top is provided with top cover 1, and top cover 1 adopts ramp structure design, effectively stops rainwater to enter machine room inside from front; Base 3 is equipped with in the bottom of machine room body of wall 2; Machine room body of wall 2 right lateral side are equipped with feeder window 13, and the below of feeder window 13 is provided with grounding copper bar 14; Machine room body of wall 2 installed in front have left and right two temperature control door of opening, left temperature control door 4 is equipped with compressor air-conditioning 15, right temperature control door 5 is equipped with the semiconductor refrigerating air-conditioning (TEC air-conditioning) 16 with row's hydrogen function, when effective temperature control, the hydrogen producing can be by battery-operated time is discharged machine room, improves safety factor; Some groups of installation columns are equipped with in machine room inside, and machine room is divided into left and right two unit, and left unit is equipment compartment, and right unit is set to supporting cabin and battery bay; On the equipment compartment base 3 of left unit, equipment support 7 is installed, base transceiver station equipment (BTS equipment) (Base Transceiver Station, base transceiver station equipment) 6 is installed in equipment support 7; Battery cradle 8 is installed in right unit base, can settles battery 9; Frame assembly 18 is installed on battery cradle 8, under Power entry module 10, the sub-frame of Switching Power Supply 11 and 24 core fibre distribution (ODF frame) 12 are down installed successively.
Described base transceiver station equipment adopts the emerging BS8800 of city's mid-sales base station.
Described Power entry module 10 comprises lightning-protection module, air switch, oil machine socket, and described lightning-protection module, air switch and oil machine socket can carry out commercial configuration according to actual conditions.Switching Power Supply 11 adopts commercially available An Naite 200A power supply.The sub-frame of 24 core fibre distribution adopts mid-sales sky, city GPX-24Y-2 model ODF frame.Compressor air-conditioning 15 adopts commercially available elder brother to open up 300W refrigerant compression air conditioner.The described semiconductor refrigerating air-conditioning with row's hydrogen function adopts the special 200W semiconductor refrigerating of commercially available Shanghai's style air-conditioning.
Described battery 9 adopts commercially available two 6-GFM-200 battery of stepping on.
Outside cable enters machine room through feeder window 13, receives the input of AC distribution module 10, and the output of AC distribution module 10 is received the interchange leading-in terminal of Switching Power Supply 11, and the road output of an output port direct current of Switching Power Supply 11 is powered to equipment.Another output port-battery interface of Switching Power Supply 11 is connected to the both positive and negative polarity of battery 9, and battery 9 is charged.In the time of mains failure, battery 9 is discharged to Switching Power Supply 11, and Switching Power Supply is powered to BTS equipment 6 through direct current branch output.
Outdoor optical cable is introduced in machine room and after fixation peeling, is incorporated into 24 core ODF frames 12 through feeder window 13, and the output optical fibre of ODF frame is connected to antenna.
Machine room adopts integrated modular design: integrated equipment, modular frame, standard rack, temperature control door, material-saving >=70%; Adopt the Design Mode of subdivision temperature control, multiple temperature control, low consumption temperature control, temperature control energy consumption saves 40%-80%.Adopt different temperature control mode for dissimilar built-in device, realize the subdivision temperature control of independent, reach the temperature control management becoming more meticulous.
Described intensive energy-saving base station machine room, is provided with grounding copper bar 14, meets the ground connection lightning protection demand of equipment, improves the safety of machine room.
Described left temperature control door and right temperature control door adopt high-strength steel sheet door, are equipped with special 3 theftproof locks 17, the inner dismounting of all securing members, and bolt internal lock, without exposing, theftproof performance is good.
Claims (6)
1. an intensive energy-saving base station machine room, is characterized in that: comprise machine room body of wall, top cover, base, left temperature control door, right temperature control door, base transceiver station equipment, equipment support, battery, battery cradle, frame assembly, Power entry module, Switching Power Supply, the sub-frame of 24 core fibre distribution, feeder window, grounding copper bar and frame assembly;
Machine room body of wall top is equipped with top cover, and the bottom of machine room body of wall is equipped with base; Machine room body of wall right lateral side is provided with feeder window, the fit beneath grounding copper bar of feeder window; Machine room body of wall installed in front has left temperature control door, right temperature control door, left temperature control door is equipped with compressor air-conditioning, right temperature control door is equipped with the semiconductor refrigerating air-conditioning of band row hydrogen function, some groups of installation columns are equipped with in machine room inside, machine room is divided into left and right two unit, left unit is equipment compartment, and right unit is set to supporting cabin and battery bay; On the equipment compartment base of left unit, equipment support is installed, base transceiver station equipment is installed in equipment support; In right unit base, battery cradle is installed, can settles battery; Frame assembly is installed on battery cradle, Power entry module, Switching Power Supply and the sub-frame of 24 core fibre distribution are installed from top to bottom successively.
2. intensive energy-saving base station machine room according to claim 1, is characterized in that: described top cover adopts the ramp structure of 10 °.
3. intensive energy-saving base station machine room according to claim 1, is characterized in that: described machine room body of wall adopts color steel, and color steel adopts the rock cotton board of the anti-solar ultraviolet radiation of high-quality.
4. intensive energy-saving base station machine room according to claim 1, is characterized in that: described base has the rectangular aperture of being convenient to forklift transport, is convenient to the whole Transporting of machine room.
5. intensive energy-saving base station machine room according to claim 1, is characterized in that: described left temperature control door and right temperature control door adopt high-strength steel sheet door, are equipped with theftproof lock, the inner dismounting of all machine room securing members, bolt internal lock, without exposing, the theftproof performance that has greatly improved machine room is good.
6. intensive energy-saving base station machine room according to claim 1, is characterized in that: Power entry module and Switching Power Supply are that 19 inches of standards are installed, and can configure different size by demand.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320709657.6U CN203603544U (en) | 2013-11-12 | 2013-11-12 | Intensified energy-saving base station machine room |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320709657.6U CN203603544U (en) | 2013-11-12 | 2013-11-12 | Intensified energy-saving base station machine room |
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| Publication Number | Publication Date |
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| CN203603544U true CN203603544U (en) | 2014-05-21 |
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| CN201320709657.6U Withdrawn - After Issue CN203603544U (en) | 2013-11-12 | 2013-11-12 | Intensified energy-saving base station machine room |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103590632A (en) * | 2013-11-12 | 2014-02-19 | 中天宽带技术有限公司 | Intensive energy-saving base station machine room |
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- 2013-11-12 CN CN201320709657.6U patent/CN203603544U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103590632A (en) * | 2013-11-12 | 2014-02-19 | 中天宽带技术有限公司 | Intensive energy-saving base station machine room |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20140521 Effective date of abandoning: 20160316 |
|
| C25 | Abandonment of patent right or utility model to avoid double patenting |