CN201850794U - Machine room for wind-solar hybrid base station - Google Patents
Machine room for wind-solar hybrid base station Download PDFInfo
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- CN201850794U CN201850794U CN201020598583XU CN201020598583U CN201850794U CN 201850794 U CN201850794 U CN 201850794U CN 201020598583X U CN201020598583X U CN 201020598583XU CN 201020598583 U CN201020598583 U CN 201020598583U CN 201850794 U CN201850794 U CN 201850794U
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Abstract
The utility model discloses a machine room for a wind-solar hybrid base station, which is used for ensuring environment temperature needed by normal work of a storage battery bank in the machine room of the base station, and the routing maintaining operation for the storage battery bank is convenient. The machine room for the wind-solar hybrid base station comprises an overground machine room (10) for placing equipment of the base station and control equipment of a wind-solar hybrid power-supply system and an underground storage battery room (11) for placing the storage battery bank; and an underground passage outlet (12) is arranged at the top part of the underground storage battery room (11), and a power cable transmission channel (13) is arranged between the overground machine room (10) and the underground storage battery room (11) for transmitting a power cable for transmitting power of the storage battery bank to the equipment of the base station.
Description
Technical field
The utility model relates to moving communicating field, relates in particular to a kind of wind light mutual complementing base station machine room.
Background technology
The most of area of China is the west area particularly, and wind-resources and light resources are abundanter, and wind energy and luminous energy are the green energy resources of pollution-free environment-friendly type, and the base station civil power in a lot of farming and pastoral areas can't be introduced, and is well suited for using the wind and light complementary power supply system.When the wind and light complementary power supply system can't operate as normal, can remedy by installing supporting batteries additional.Than higher, the optimum working temperature scope is 10 ℃～35 ℃ to batteries to the demand of temperature, and wherein, discharge capacity maximum in the time of 25 ℃ is when discharge capacity is less than 25 ℃ in the time of 0 ℃ 60% of discharge capacity.
The existing wind light mutual complementing base station machine room great majority of using are the same with the ordinary base station machine room, are generally 20 to 25 square metres superstructure, and the modes of emplacement of equipment mainly contains following two kinds of schemes in the machine room:
1, base station equipment, wind and light complementary power supply system control equipment and batteries are placed in the same machine room.
2, base station equipment and wind and light complementary power supply system control equipment are placed in the same machine room, batteries with a box adorn be placed into underground.
In first kind of technical scheme because the particularity of west area weather, daytime and evening the temperature difference big, winter and summer the temperature difference big.Western most of regional winter temperature is through being everlasting below-20 ℃, so the duty of battery has a strong impact on the operate as normal of base station equipment in the winter time the time.If when summer, do not have air-conditioning in the machine room, temperature is through being everlasting more than 45 ℃ in the machine room, and the rising of environment temperature also will speed up the corrosion of battery grid and the loss of battery moisture, thereby shorten the life-span of battery greatly, or problems such as thermal runaway and bulging take place.If the batteries in the machine room can't charge normal, discharge, can cause the mobile base station often to have a power failure, customer complaint is more.The wind and light complementary power supply system control equipment is expensive, and the cost of building a station is very big, and the batteries temperature influence can not steady operation, thereby seriously restricts the communication efficiency of mobile base station.
Second kind of technical scheme can solve the temperature problem of the working environment of batteries, but regular maintenance inconvenience, what the batteries waterproof was done sometimes is bad, may cause the battery immersion, batteries is damaged also can't take out replacing, can only shelve discardedly, batteries electrolyte pollutes water and soil and is unfavorable for environmental protection more greatly.
Therefore, how to guarantee the needed environment temperature of batteries operate as normal in the base station machine room, make things convenient for simultaneously batteries is carried out the regular maintenance operation, become one of problem demanding prompt solution in the prior art.
The utility model content
The utility model discloses a kind of wind light mutual complementing base station machine room,, make things convenient for simultaneously batteries is carried out the regular maintenance operation in order to guarantee the needed environment temperature of batteries operate as normal in the base station machine room.
A kind of wind light mutual complementing base station machine room comprises:
The underground battery room (11) that is used to place the ground machine room upper (10) of base station equipment and is used to place batteries; Underground passage mouth (12) is left at the top of described underground battery room (11); Have power cable transmission channel (13) between described ground machine room upper (10) and the underground battery room (11), be used to transmit batteries and be the base station equipment employed power cable of powering.
The wind light mutual complementing base station machine room that the utility model provides adopts ground machine room upper and underground battery room structure combining, places base station equipment and wind and light complementary power supply system control equipment in the ground machine room upper, places batteries in the underground battery room; Leaving the underground passage mouth at the top of battery room, and have the power cable transmission channel between machine room and the underground battery room on the ground, can be that the base station equipment employed power cable of powering is introduced on the ground with batteries by the power cable transmission channel.The wind light mutual complementing base station machine room that the utility model provides, under the prerequisite of not using air-conditioning, utilize basement characteristic cool in summer and warm in winter, and the range of temperature of basement is within the admissible scope of the normal work of battery, solved the problem that winter is cold excessively, summer is overheated in the existing wind light mutual complementing base station machine room, guaranteed the environment temperature that the batteries operate as normal needs, also be convenient to batteries is carried out the regular maintenance operation.
Other features and advantages of the utility model will be set forth in the following description, and, partly from manual, become apparent, perhaps understand by implementing the utility model.The purpose of this utility model and other advantages can realize and obtain by specifically noted structure in the manual of being write, claims and accompanying drawing.
Description of drawings
Fig. 1 is among the utility model embodiment, a kind of possible structural representation of wind light mutual complementing base station machine room;
Fig. 2 is among the utility model embodiment, and the degree of depth and variation of temperature concern schematic diagram under the base area;
Fig. 3 is among the utility model embodiment, and underground battery room is positioned at the wind light mutual complementing base station machine room sectional drawing under the ground machine room upper;
Fig. 4 (a) is among the utility model embodiment, and underground battery room is positioned at the plan view of the ground machine room upper of the wind light mutual complementing base station machine room under the ground machine room upper;
Fig. 4 (b) is among the utility model embodiment, the dividing plate plan view of underground battery room between underground battery room of wind light mutual complementing base station machine room under the ground machine room upper and ground machine room upper;
Fig. 4 (c) is among the utility model embodiment, and underground battery room is positioned at the underground battery room plan view of the wind light mutual complementing base station machine room under the ground machine room upper;
Fig. 5 is among the utility model embodiment, and underground battery room is positioned at the wind light mutual complementing base station machine room sectional drawing of ground machine room upper side-lower;
Fig. 6 is among the utility model embodiment, and underground battery room is positioned at the wind light mutual complementing base station machine room plan view of ground machine room upper side-lower.
The specific embodiment
In order to solve the problem that existing wind light mutual complementing base station machine room exists, reach and guarantee the needed environment temperature of batteries operate as normal in the base station machine room, the convenient simultaneously purpose that batteries is carried out the regular maintenance operation, the utility model provides a kind of novel wind light mutual complementing base station machine room.
Below in conjunction with Figure of description preferred embodiment of the present utility model is described, be to be understood that, preferred embodiment described herein only is used for description and interpretation the utility model, and be not used in qualification the utility model, and under the situation of not conflicting, embodiment and the feature among the embodiment in the utility model can make up mutually.
As shown in Figure 1, the wind light mutual complementing base station machine room that provides for the utility model embodiment, comprise: ground machine room upper 10 and underground battery room 11 two parts, ground machine room upper 10 is used to place base station equipment, generally, the wind and light complementary power supply system control equipment also is placed on the ground in the machine room 10, and underground battery room 11 is used to place batteries; Leave underground passage mouth 12 at the top of underground battery room 11; Have power cable transmission channel 13 between ground machine room upper 10 and the underground battery room 11, be used to transmit batteries and be the base station equipment employed power cable of powering.
Optionally, the wind light mutual complementing base station machine room that the utility model provides also comprises ventilating duct 14, underground battery room 11 is communicated with the ground outdoor environment by ventilating duct 14, and an end of described ventilating duct 14 is communicated to the inside of underground battery room 11, and the other end is communicated to outdoor environment on the ground.
Preferable, the end that ventilating duct 14 is communicated to the ground outdoor environment is provided with dust cover 15.
In concrete the enforcement, the wind light mutual complementing base station machine room that the utility model embodiment provides comprises following two kinds of construction methods:
First kind of mode be underground battery room 11 be positioned at ground machine room upper 10 under; Underground passage mouth 12 is on the dividing plate between underground battery room 11 and the ground machine room upper 10; Power cable transmission channel 13 is the power cable outlet, is positioned on the described dividing plate.
The second way is the side-lower that underground battery room 11 is positioned at ground machine room upper 10; Underground passage mouth 12 is positioned at the top of underground battery room 11; Power cable transmission channel 13 is the power cable transmission pipeline, communicatively machine room upper 10 and underground battery room 11.Preferable, the power cable transmission pipeline is the L type.
Optionally, cat ladder or the step 16 that is connected to described underground passage mouth 12 set up in underground battery room 11 inside.If when being cat ladder, can be erected at underground battery room 11 closely on the exterior wall of lower channel opening 12; If when being step, setting up underground passage mouth 12 places and be connected between the ground of underground battery room.
In concrete the enforcement, the intake 17 of the wind light mutual complementing base station machine room that the utility model enforcement provides is arranged on the exterior wall of described ground machine room upper 10.Intake 17 can comprise transmission line intake 171, feeder line mouth 172, photovoltaic intake 173 and wind-force intake 174.Concrete, an intake 17 can be set on the exterior wall of machine room 10 on the ground, be used to introduce transmission line, feeder line and photovoltaic and wind-force, also transmission line intake 171, feeder line mouth 172, photovoltaic intake 173 and wind-force intake 174 can be set respectively.
Preferable, among the utility model embodiment, the variation relation of the degree of depth and the soil moisture descends definitely the degree of depth of battery room under the base area.As shown in Figure 2, variation relation schematic diagram for the underground degree of depth and the soil moisture, be respectively the change curve schematic diagram of underground 3.2 meters, 15 meters, the 30 meters depths soil moistures, underground 15 meters and 30 meters depths soil moistures are constant temperature, but, being not easy construction, underground 3.2 meters depths soil moisture excursions are 10.5 ℃～17.5 ℃, can satisfy the needed environment temperature of batteries operate as normal, and construction easily.Take all factors into consideration above factor, underground battery room 11 is built in the position that therefore can choose the underground degree of depth and be about 3.2 meters.Because the underground degree of depth of different regions and the relation of temperature may be different, therefore, in concrete the enforcement, can carry out suitable adjustment to the degree of depth of underground battery room according to actual conditions.Preferable, this depth bounds can for but be not limited to 1.5 meters～3.5 meters.
Preferable, for temperature and the needs of regular maintenance, the exterior wall of underground battery room 11 and the base plate employing waterproofing materials that satisfies batteries operate as normal needs.
Preferable, water-proof heat-insulation material is adopted at the top of underground battery room 11.
Common, 12 places, passway are provided with the underground passage well lid down below, and the part of this underground passage well lid in underground battery room 11 is water-proof heat-insulation material.
For the ease of understanding the utility model, the specific embodiment of the present utility model is described below by specific embodiment.
Below be the climatic characteristic in the western somewhere of China: region, this area length and breadth of land, latitude of living in is higher, and high original area is big, and is far away apart from the ocean, and the edge has the mountain range to intercept, and weather is based on the continental monsoon climate in temperate zone.Wind is big, and cold and heat changes violent characteristics.Spring temperature rises sharply, much wind weather, summer is very brief and hot, autumn air temperature sharp fall, frost often early come, winter very long severe cold, many Cold Wave Weather.Annual solar radiation quantity increases progressively from North-East Bound southwest.Temperature year is poor on average at 34 ℃～36 ℃, 12 ℃～16 ℃ of diurnal inequality average out to.This area's abundance at sunshine, the luminous energy resource is very abundant, and most of area year sunshine duration is all greater than 2700 hours.Annual strong wind number of days is on average at 10～40 days, and 70% occurs in spring.Meteorological data to sum up, the wind-resources of this area and light resources are abundanter as can be seen, and wind-resources and light resources be the green energy resource of pollution-free environment-friendly type, for the farming and pastoral area that civil power can't be introduced, are well suited for using the wind and light complementary power supply system.
Climatic characteristic in conjunction with this area: daytime and evening the temperature difference big, winter and summer the temperature difference big; And the temperature feature of the normal need of work of battery: battery is the discharge capacity maximum in the time of 25 ℃, when discharge capacity is less than 25 ℃ in the time of 0 ℃ 60% of discharge capacity, the most of regional winter temperature in this area is through being everlasting below-20 ℃, so the duty of battery has a strong impact on the communication equipment operate as normal in the winter time the time.
The utility model embodiment utilizes the characteristic of basement " cool in summer and warm in winter ", builds underground battery room, can solve the problem that winter is cold excessively, summer is overheated in the existing wind light mutual complementing base station machine room under the situation of not using air-conditioning.It is bigger that the interior temperature of ground machine room upper is influenced by outdoor environment temperature, it is less that underground battery room is influenced by outdoor environment temperature, but and underground battery room range of temperature solves battery " being afraid of cold, To Be Protected from Heat " problem under the situation of energy-conserving and environment-protective within the normal work of battery allowed band.The wind light mutual complementing base station machine room that the utility model embodiment provides, by the degree of depth and the volume of accurate measuring and calculating underground at the scientific and reasonable definite underground battery room of the temperature changing regularity of Various Seasonal, but reach can guarantee range of temperature in the machine room within the normal work of battery allowed band, the purpose that can reducing the construction costs again, accomplished energy-conserving and environment-protective simultaneously again.
For convenience of description, in following examples all with underground battery room to be 3 meters only deeply be that example describes.
Embodiment one
As shown in Figure 3, the underground battery room 11 that provides for the utility model embodiment is positioned at the wind light mutual complementing base station machine room sectional drawing under the ground machine room upper 10, comprise: ground machine room upper 10, underground battery room 11, underground passage mouth 12, power cable outlet 13, ventilating duct 14, and common transmission line intake 171 and feeder line mouth 172, security door etc.
In concrete the enforcement, place base station equipment, wind and light complementary power supply system control equipment etc. in the ground machine room upper 10, place batteries in the underground battery room 11.Underground passage mouth 12 is left at the top of underground battery room 11; Have power cable outlet 131 between ground machine room upper 10 and the underground battery room 11, be used to transmit batteries and be the base station equipment employed power cable of powering.
Concrete, machine room upper 10 length in ground are 5000mm, and wide is 4000mm, and height is 3200mm, and in concrete the enforcement, also can coming over the ground according to the size of base station equipment and wind and light complementary power supply system control equipment, the length of machine room upper carries out flexible configuration; The clean of underground battery room 11 is 3000mm deeply, also can come to play definitely the degree of depth of battery 11 according to the size of batteries.
Concrete, the exterior wall of the exterior wall of ground machine room upper 10 and underground battery room 11 can be 490 brick walls or 370 brick walls, and does jointing and handle.Dividing plate between underground battery room 11 and the ground machine room upper 10 can adopt the C25 steel bar concrete, the thick 130mm of concrete.
Preferable, the exterior wall of underground battery room 11 can adopt waterproofing materials.
Concrete, the base plate of underground battery room 11 can adopt steel bar concrete, and concrete is thick can be 300mm, adopts the plain concrete of C15.Preferable, the base plate of underground battery room 11 can adopt the thermal-insulating waterproof material.
Preferable, the dividing plate between underground battery room 11 and the ground machine room upper 10 can adopt the thermal-insulating waterproof material, and is common, can adopt polyurethane material, not too large and can waterproof to guarantee range of temperature in the basement.
For the ease of the circulation of air of underground battery room 11, in concrete the enforcement, the wind light mutual complementing base station machine room can be provided with ventilating duct 14.Underground battery room 11 is communicated with the ground outdoor environment by ventilating duct 14.Concrete, ventilating duct 14 can be arranged on the ground machine room upper and open interior place near exterior wall, and an end of ventilating duct 14 is communicated to the inside of underground battery room 11, and the other end is communicated to outdoor environment on the ground.
Preferable, ventilating duct 14 is positioned at an outdoor end and is provided with dust cover 15, prevents that dust etc. from entering the ground machine room upper, and plays windproof, waterproof effect.
In concrete the enforcement; underground passage mouth 12 and power cable outlet 13 are all on the dividing plate between underground battery room 11 and the ground machine room upper 10; concrete; underground passage mouth 12 is 1000mm*1000mm; power cable outlet 131 can be arranged on the place of close exterior wall on the dividing plate; simultaneously, in order to strengthen protection, pipeline also can be set power cable is introduced into ground machine room upper 10 power cable.
In concrete the enforcement, can conveniently advance to locate underground battery room 11 by setting up cat ladder or the step 16 that is connected to underground passage mouth 12 in underground battery room 11 inside.According to actual conditions, cat ladder can be arranged on underground passage mouth 12 places and closely descend on the exterior wall of battery room 11, also can be connected with the underground passage mouth, is built into step shape.By cat ladder or step 16, batteries attendant's underground battery room 11 of can coming in and going out easily.
In concrete the enforcement, the transmission line intake 171 and the feeder line mouth 172 of wind light mutual complementing base station machine room are arranged on the exterior wall of described ground machine room upper 10.Concrete, can be arranged on the closely position of the top board of machine room upper 10 of ground machine room upper 10 exterior walls, also can be arranged on the position that makes things convenient for cabling on the exterior wall of ground machine room upper 10 or the top board arbitrarily.In concrete the enforcement, a plurality of openings can be set, the transmission line that is used for linking to each other, optical fiber, feeder line etc. with the base station signal tower introduce machine room upper 10, also an opening can only be set.
In concrete the enforcement, the security door of ground machine room upper 10 can adopt the insulation security door, and aproll can be made in machine room upper 10 peripheries in ground, and aproll is loose can be 800mm.Preferable, the thick antifreeze sand of 300mm can be arranged.
Shown in Fig. 4 (a), for adopting underground battery room 11 to be arranged in the wind light mutual complementing base station machine room of structure under the ground machine room upper 10, the plan view of ground machine room upper 10, concrete, transmission line intake 171, photovoltaic intake 173, wind-force intake 174 and feeder line mouth 172 each 1 is set respectively on the exterior wall of machine room on the ground.Place wind light mutual complementing electric power system control equipment and base station equipment in the ground machine room upper 10.The base plate of machine room 10 is provided with underground passage mouth 12 on the ground, and a bogie side frame of passway 12 is established cat ladder or step 16.
Shown in Fig. 4 (b), be arranged in the wind light mutual complementing base station machine room of structure under the ground machine room upper 10 for adopting underground battery room 11, underground battery room 11 with the dividing plate plan view between the machine room upper 10.On dividing plate, be provided with the outlet of underground passage mouth 12, power cable outlet 131 and ventilating duct 14.
Shown in Fig. 4 (c), be arranged in the wind light mutual complementing base station machine room of structure under the ground machine room upper 10, the plan view of underground battery room 11 for adopting underground battery room 11.Place batteries in the underground battery room 11, underground battery room 11 of while is provided with cat ladder or step 16 is communicated with ground machine room upper 10.Dividing plate plan view between underground battery room 11 and the ground machine room upper 10.On the dividing plate between underground battery room 11 and the ground machine room upper 10, be provided with the outlet of power cable outlet 131 and ventilating duct 14.
Embodiment two
As shown in Figure 5, the underground battery room 11 that provides for the utility model embodiment is positioned at the wind light mutual complementing base station machine room sectional drawing of ground machine room upper 10 side-lowers.Comprise: ground machine room upper 10, underground battery room 11, underground passage mouth 12, power cable introduction pipe 132, ventilating duct 14 and common transmission line intake 171 and feeder line mouth 172, security door etc.
In concrete the enforcement, place base station equipment, wind and light complementary power supply system control equipment etc. in the ground machine room upper 10, place batteries in the underground battery room 11.Underground passage mouth 12 is left at the top of underground battery room 11; Have power cable transmission pipeline 132 between ground machine room upper 10 and the underground battery room 11, be used to transmit batteries and be the base station equipment employed power cable of powering.
Concrete, machine room upper 10 length in ground are 5000mm, and wide is 4000mm, and height is 3200mm; In concrete the enforcement, also can coming over the ground according to the size of base station equipment and wind and light complementary power supply system control equipment, the length of machine room upper carries out flexible configuration; The clean dark 3000mm of underground battery room 10 in concrete the enforcement, also can come to play definitely the degree of depth of battery 11 according to the size of batteries.Concrete, underground battery room 10 can be according to the construction of falling the T-shape.
Specifically, underground battery room 11 can in concrete the enforcement, can descend the distance of battery room 11 and ground machine room upper 10 according to soil property definitely with the distance of ground machine room upper 10 about 2000mm.
Concrete, ground machine room upper 10 exterior walls and underground battery room 11 exterior walls can be 490 brick walls or 370 brick walls, and do jointing and handle.Dividing plate between underground battery room 11 and the ground machine room upper 10 can adopt the C25 steel bar concrete, the thick 130mm of concrete.
Preferable, the exterior wall of underground battery room 11 can adopt waterproofing materials.
Concrete, the base plate of underground battery room 11 can adopt steel bar concrete, and concrete is thick can be 300mm, adopts the plain concrete of C15.Preferable, the base plate of underground battery room 11 can adopt the thermal-insulating waterproof material.
Preferable, underground battery room 11 can adopt the thermal-insulating waterproof material with the dividing plate of ground machine room upper 10, and is common, can adopt polyurethane material, not too large and can waterproof to guarantee range of temperature in the basement.
For the ease of the circulation of air of underground battery room 11, in concrete the enforcement, the wind light mutual complementing base station machine room can be provided with ventilating duct 14.Underground battery room 11 is communicated with the ground outdoor environment by ventilating duct 14.Concrete, ventilating duct 14 can be built into the L type, can be arranged on the ground machine room upper and open interior place near exterior wall, and an end of ventilating duct 14 is communicated to the inside of underground battery room 11, and the other end is communicated to outdoor environment on the ground.
Preferable, ventilating duct 14 is positioned at an outdoor end and is provided with dust cover 15, prevents that dust etc. from entering the ground machine room upper, and plays windproof, waterproof effect.
In concrete the enforcement, underground passage mouth 12 is 1000mm*1000mm, and by underground passage mouth 12, underground battery room directly is communicated with outdoor environment, conventional, go out to be provided with the passway well lid in the passway.Concrete, this well lid is the side in the battery room 11 down below, adopts water-proof heat-insulation material.
In concrete the enforcement, power cable introduction pipe 13 can be built into the L type, descends battery room 11 and ground machine room upper 10 communicatively.Preferable, can vertical chute 18 be set in underground battery room 11, make the batteries power cable to be introduced into ground machine room upper 10 by the vertical chute 18 power cable pipelines 13 that pass through in good order.
In concrete the enforcement, can conveniently advance to locate underground battery room 11 by setting up cat ladder or the step 16 that is connected to underground passage mouth 12 in underground battery room 11 inside.According to actual conditions, cat ladder can be arranged on underground passage mouth 12 places and closely descend on the exterior wall of battery room 11, also can be connected with the underground passage mouth, is built into step shape.By cat ladder or step 16, batteries attendant's underground battery room 11 of can coming in and going out easily.
In concrete the enforcement, the transmission line intake 171 and the feeder line mouth 172 of wind light mutual complementing base station machine room are arranged on the exterior wall of described ground machine room upper 10.Concrete, can be arranged on the closely position of the top board of machine room upper 10 of ground machine room upper 10 exterior walls, also can be arranged on the position that makes things convenient for cabling on the exterior wall of ground machine room upper 10 or the top board arbitrarily.In concrete the enforcement, a plurality of openings can be set, the transmission line that is used for linking to each other, optical fiber, feeder line etc. with the base station signal tower introduce machine room upper 10, also an opening can only be set.
In concrete the enforcement, the security door of ground machine room upper 10 can adopt the insulation security door, and aproll can be made in machine room upper 10 peripheries in ground, and aproll is loose can be 800mm.Preferable, the thick antifreeze sand of 300mm can be arranged.
As shown in Figure 6, for adopting underground battery room 11 on the ground during machine room 10 side-lower structures, the plan view of wind light mutual complementing base station machine room, as can be seen:
Comprise two parts, ground machine room upper 10 and underground battery room 11.
Place wind light mutual complementing electric power system control equipment in the ground machine room upper 10, the ground machine room upper is long to be 5000mm, and wide is 4000mm.The exterior wall side of machine room 10 is provided with the outlet of power cable pipeline 13, the outlet of ventilating duct 14 on the ground.
Place batteries in the underground battery room 11, size is 2000mm*2100mm.Concrete, can be used to put batteries by accumulator stand.Consider that according to double-deck posture (the battery model is: 800AH, the wide * height of long *: 1475*491*1650) among the utility model embodiment.Underground battery room 11 is provided with underground passage mouth 12, and inner bay is provided with cat ladder or step 16.By vertical chute 18 power cable is introduced in the power cable pipeline 13.
In the wind light mutual complementing base station machine room of prior art, use colloid battery, the colloid battery investment of each base station reaches 110,000 yuan, price is 3 times of conventional accumulators, owing to can't guarantee the temperature of batteries need of work, the computer room temperature excursion be-20 ℃ of (winter)～45 ℃ (summer) thus can not stable operation, often have a power failure, and it is in bad order to reduce the stable operation of battery equipment in application life.
In the wind light mutual complementing base station machine room that the utility model provides, use conventional accumulators, the battery investment of each base station is 3.4 ten thousand yuan, price is 1/3 times of colloid battery, because underground by battery room is built in, computer room temperature within equipment can the scope of stable operation, 10.5 ℃～17.5 ℃ temperature that guaranteed that the batteries operate as normal needs of computer room temperature excursion, thereby can stable operation, it is good not influence service life of equipment equipment stable operation situation.
The wind light mutual complementing base station machine room that the utility model provides adopts ground machine room upper and underground battery room structure combining, places base station equipment and wind and light complementary power supply system control equipment in the ground machine room upper, places batteries in the underground battery room; Leaving the underground passage mouth at the top of battery room, and have the power cable transmission channel between machine room and the underground battery room on the ground, can be that the base station equipment employed power cable of powering is introduced on the ground with batteries by the power cable transmission channel.The wind light mutual complementing base station machine room that the utility model provides, under the prerequisite of not using air-conditioning, utilize basement characteristic cool in summer and warm in winter, and the range of temperature of underground battery room is within the admissible scope of communication equipment operate as normal, solved the problem that winter is cold excessively, summer is overheated in the existing wind light mutual complementing base station machine room, guaranteed the environment temperature that the batteries operate as normal needs, also be convenient to batteries is carried out the regular maintenance operation.
Obviously, those skilled in the art can carry out various changes and modification to the utility model and not break away from spirit and scope of the present utility model.Like this, if of the present utility model these are revised and modification belongs within the scope of the utility model claim and equivalent technologies thereof, then the utility model also is intended to comprise these changes and modification interior.
Claims (10)
1. a wind light mutual complementing base station machine room is characterized in that, comprising: the underground battery room (11) that is used to place the ground machine room upper (10) of base station equipment and is used to place batteries; Underground passage mouth (12) is left at the top of described underground battery room (11); Have power cable transmission channel (13) between described ground machine room upper (10) and the underground battery room (11), be used to transmit batteries and be the base station equipment employed power cable of powering.
2. wind light mutual complementing base station machine room as claimed in claim 1 is characterized in that,
Described underground battery room (11) is communicated with the ground outdoor environment by ventilating duct (14), and an end of described ventilating duct (14) is communicated to the inside of underground battery room (11), and the other end is communicated to outdoor environment on the ground.
3. wind light mutual complementing base station machine room as claimed in claim 1 is characterized in that, the end that described ventilating duct (14) is communicated to the ground outdoor environment is provided with dust cover (15).
4. wind light mutual complementing base station machine room as claimed in claim 1 is characterized in that,
Described underground battery room (11) be positioned at ground machine room upper (10) under; Described underground passage mouth (12) is positioned on the dividing plate between described underground battery room (11) and ground machine room upper (10); Described power cable transmission channel (13) is the power cable outlet, is positioned on the described dividing plate.
5. wind light mutual complementing base station machine room as claimed in claim 1 is characterized in that,
Described underground battery room (11) is positioned at the side-lower of ground machine room upper (10); Described underground passage mouth (12) is positioned at the top of described underground battery room (11); Described power cable transmission channel (13) is the power cable transmission pipeline, is communicated with described ground machine room upper (10) and underground battery room (11).
6. as the arbitrary described wind light mutual complementing base station machine room of claim 1 to 5, it is characterized in that cat ladder or the step (16) that is connected to described underground passage mouth (12) set up in described underground battery room (11) inside.
7. as the arbitrary described wind light mutual complementing base station machine room of claim 1 to 5, it is characterized in that the intake (17) of described ground machine room upper (10) is arranged on the exterior wall of described ground machine room upper (10).
8. as the arbitrary described wind light mutual complementing base station machine room of claim 1 to 5, it is characterized in that, described underground battery room (11) be 1.5 meters～3.5 meters only deeply.
9. as the arbitrary described wind light mutual complementing base station machine room of claim 1 to 5, it is characterized in that the exterior wall of described underground battery room (11) and base plate adopt waterproofing materials.
10. as the arbitrary described wind light mutual complementing base station machine room of claim 1 to 5, it is characterized in that water-proof heat-insulation material is adopted at the top of described underground battery room (11).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201020598583XU CN201850794U (en) | 2010-11-09 | 2010-11-09 | Machine room for wind-solar hybrid base station |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201020598583XU CN201850794U (en) | 2010-11-09 | 2010-11-09 | Machine room for wind-solar hybrid base station |
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| Publication Number | Publication Date |
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| CN201850794U true CN201850794U (en) | 2011-06-01 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201020598583XU Expired - Lifetime CN201850794U (en) | 2010-11-09 | 2010-11-09 | Machine room for wind-solar hybrid base station |
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| Country | Link |
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| CN (1) | CN201850794U (en) |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102828628A (en) * | 2012-08-31 | 2012-12-19 | 武汉市维优科技有限公司 | Energy-saving installation method of outdoor cabinet |
| CN103545831A (en) * | 2013-08-23 | 2014-01-29 | 国网吉林省电力有限公司辽源供电公司 | Terminal power grid regulation and storage station built by using unused building |
| CN105895974A (en) * | 2016-04-21 | 2016-08-24 | 姜守强 | New energy underground storage battery |
| CN107842222A (en) * | 2016-09-21 | 2018-03-27 | 宁夏易讯通电子科技有限公司 | A kind of overall buried structure of computer room of energy-saving and emission-reduction |
| CN107842223A (en) * | 2016-09-21 | 2018-03-27 | 宁夏易讯通电子科技有限公司 | Battery and the buried device of Switching Power Supply in a kind of computer room room of energy-saving and emission-reduction |
-
2010
- 2010-11-09 CN CN201020598583XU patent/CN201850794U/en not_active Expired - Lifetime
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102828628A (en) * | 2012-08-31 | 2012-12-19 | 武汉市维优科技有限公司 | Energy-saving installation method of outdoor cabinet |
| CN103545831A (en) * | 2013-08-23 | 2014-01-29 | 国网吉林省电力有限公司辽源供电公司 | Terminal power grid regulation and storage station built by using unused building |
| CN103545831B (en) * | 2013-08-23 | 2015-07-29 | 国网吉林省电力有限公司辽源供电公司 | The end electrical network utilizing idle building to build is regulated and stored power station |
| CN105895974A (en) * | 2016-04-21 | 2016-08-24 | 姜守强 | New energy underground storage battery |
| CN107842222A (en) * | 2016-09-21 | 2018-03-27 | 宁夏易讯通电子科技有限公司 | A kind of overall buried structure of computer room of energy-saving and emission-reduction |
| CN107842223A (en) * | 2016-09-21 | 2018-03-27 | 宁夏易讯通电子科技有限公司 | Battery and the buried device of Switching Power Supply in a kind of computer room room of energy-saving and emission-reduction |
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