CN203147924U - Energy saving control system of room environment - Google Patents

Energy saving control system of room environment Download PDF

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Publication number
CN203147924U
CN203147924U CN 201320062326 CN201320062326U CN203147924U CN 203147924 U CN203147924 U CN 203147924U CN 201320062326 CN201320062326 CN 201320062326 CN 201320062326 U CN201320062326 U CN 201320062326U CN 203147924 U CN203147924 U CN 203147924U
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CN
China
Prior art keywords
air
cabinet
window
intelligent controller
machine room
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Expired - Fee Related
Application number
CN 201320062326
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Chinese (zh)
Inventor
唐宗院
葛军
成云
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
SICHUAN ZHONGTONG COMMUNICATION ENGINEERING Co Ltd
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SICHUAN ZHONGTONG COMMUNICATION ENGINEERING Co Ltd
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Priority to CN 201320062326 priority Critical patent/CN203147924U/en
Application granted granted Critical
Publication of CN203147924U publication Critical patent/CN203147924U/en
Anticipated expiration legal-status Critical
Expired - Fee Related legal-status Critical Current

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Abstract

The utility model discloses an energy saving control system of a room environment. The energy saving control system of the room environment comprises a chassis, a window air conditioning, an exhaust fan, a temperature and humidity sensing head and an intelligent controller. According to the energy saving control system of the room environment, the exhaust fan is utilized to exhaust indoor heat in a machine room, the principle of negative pressure is utilized to automatically inhale outdoor air to form into a ventilation duct structure which is used for cooling and dehumidifying, and a control module of the intelligent controller is utilized to automatically switch a ventilation operation mode, a refrigeration operation mode and a standby operation mode, so that the air conditioning booting refrigeration time can be minimized, the power consumption can be greatly reduced, the effects on ensuring the safe operation of communication equipment and the operation cost reduction of communication base stations are obvious, and the application prospects are good in the construction of communication operation base stations under the premise that the communication equipment of the machine room works in the environment with the appropriate temperature and humidity.

Description

The energy-conservation regulating system of building environment
Technical field
The utility model relates to the intelligent control technology of stable regulation communication machine room humiture; the energy-conservation regulating system of a kind of building environment specifically; it is particularly suitable for installing and using in existing communication base station, can guarantee the communication apparatus operation work in the control environment of best humiture in the machine room.
Background technology
We know that the communication operator need arrange that in order further to improve communication quality and to expand communication traffic the communication base station of building One's name is legion constitutes the communication network of all standing, can satisfy growing client's communication need in vast town and country.Communication apparatus in the base station machine room is being born communication signal is being amplified transmission, guaranteeing unimpeded task that these communication apparatus and batteries stand-by power supply all are the duties that is in continuous operation for a long time step by step.But the power component of communication apparatus is in operation and can causes temperature rising in the machine room by distribute heat, and this can influence the normal operating conditions of batteries; And batteries also can be distributed certain gas hydrops in the course of the work and filled the air humidity is increased, and can cause certain corrosiveness to communication apparatus; Because temperature rising, humidity increase in the machine room, not only can influence the duty of batteries, also can influence the working stability performance of communication apparatus self electronic component, can cause the security incident of the decline of network communication quality and damage equipment when serious, particularly particularly serious in the season of summer temperature height, high humidity.In order to address this problem, existing communication operator generally all is 1 to 2 3P cabinet air-conditioner main frame to be installed control indoor temperature in machine room, though the work purpose that the cooling method of cabinet air-conditioner main frame can realize regulating the machine room indoor temperature is installed in this employing, but the power consumption of this method of temperature control is very high, can increase the operating cost of base station significantly.The applicant once proposed the utility model patent technology that a kind of name is called " ventilating and the window air conditioner all-in-one " (patent No. ZL201020205194.6) on 05 27th, 2010, it is that blower fan and air-conditioner host fusion are formed all-in-one in same cabinet, in running, make the operation that interlocks of blower fan and air-conditioner host, its adopts blower fan air-supply in the machine room to realize heat exchange, and show through using: this " ventilating and the window air conditioner all-in-one " has certain effect to the power consumption that reduces the base station.But we also need not to dare not or would not speak up, and yet there are some technical bugs in it in actual motion: because machine room is the working environment of a sealing, the damping that blower fan is inwardly blown is bigger, needs powerful blowing, easily micronic dust is sent in the machine room; Be not desirable especially to the effect of sending the cold wind heat exchange in the machine room yet.This also just the utility model want the problem that continues to solve.
The utility model content
The purpose of this utility model is to propose the energy-conservation regulating system of a kind of building environment on the basis of existing technology; it is to adopt outside pump drainage machine room hot gas in indoor generation negative pressure; cold air is entered after filter in the ventilation air channel form the heat exchange of machine room indoor-outdoor air in the machine room; can guarantee the communication apparatus operation work in optimum humiture environment in the machine room, it all has very significantly technique effect to saving electric energy, prolong the communication apparatus working life and then reducing base station operating cost.
Goal of the invention of the present utility model is achieved by the following technical solution:
The energy-conservation regulating system of a kind of building environment that the utility model proposes, it comprises cabinet, window air conditioner, air exhauster, humiture inductive head and intelligent controller, the interlayer dividing plate is set in cabinet is divided into cool room, air-exchanging chamber, it is characterized in that: described window air conditioner is installed in the cool room, air exhauster is installed in the air-exchanging chamber, the position of corresponding air-exchanging chamber is provided with the automatic air-valve of curtain chip on the door body of cabinet, the position of corresponding cool room is provided with the air inlet window on the door body, go out the cold air window, described intelligent controller is installed on the internal face of a body, and the humiture inductive head is connected in intelligent controller by the transducing signal line.
Say that further the utility model also has following technical characterictic:
Described intelligent controller comprises control module, power module, humiture change-over circuit, alternating interface between man and computer, exhausting driver module, air-conditioning driver module and accident alarming module, and alternating interface between man and computer is LCD and keyboard.
The trailing flank of cabinet is arranged to latticed aeration structure, in the cool room of cabinet, air-exchanging chamber, be provided with vertical clapboard, between the vertical clapboard of cool room and latticed aeration structure, be fitted with the outdoor temperature humidity inductive head, vertical clapboard in the air-exchanging chamber is provided with the installing hole suitable with air exhauster air-out port, and the installing hole that the air-out port of air exhauster is fixedly connected on vertical clapboard forms the pump drainage scavenge duct of giving vent to anger from the latticed aeration structure of cabinet rear side.
Two side walls at cabinet is provided with the heat dissipation ventilation window.
Its remarkable design feature is: it is the change information by humiture inductive head continuous acquisition machine room indoor and outdoor temperature, humidity, and " humiture change-over circuit " input " control module " is passed through in institute's Information Monitoring carried out computing, by " control module " humiture information and the predetermined conditions program of gathering are carried out the intellectuality judgement, and automatically switch by " exhausting driver module ", " air-conditioning driver module " and to become " exhausting operational mode ", perhaps " refrigerating operaton pattern ", perhaps " standby mode of operation ".Need to prove: when the machine room indoor temperature and humidity raises startup " exhausting operational mode ", air exhauster is that the outside pump drainage of hot gas that machine room is indoor is in the certain negative pressure of indoor formation, make outdoor air under the atmospheric pressure effect, flow into the indoor air exchange of carrying out of machine room rapidly by the negative pressure inlet window from oppose side wall, can form the indoor hot gas of the continuous pump drainage of air exhauster, flow into the benign cycle ventilation air channel that outdoor air carries out aeration-cooling dehumidifying from the negative pressure inlet window.Show through on probation: operation can be satisfied the need of work that machine room is carried out cool-down dehumidification under " exhausting operational mode " generally speaking, can guarantee that communication apparatus keeps the works fine state of normal operation in optimum humiture environment, only just can switch to " refrigerating operaton pattern " in the summer high temperature time period and start the window air conditioner operation of freezing, after indoor temperature descends, can automatically switch again and return " exhausting operational mode " or " standby mode of operation ", and the most of the time all will be in " standby mode of operation ".Because the utility model is to adopt the indoor hot gas of outside pump drainage and utilize the automatic suction chamber outer air of negative pressure to form the brand-new design theory in ventilation air channel; in actual motion, has splendid aeration-cooling effect on moisture extraction; even also can farthest reduce the start refrigeration activity duration that " refrigerating operaton pattern " starts window air conditioner in summer; can reduce the power consumption of base station machine room significantly; it has the economic benefit of highly significant to reducing communication base station operating cost, also energy-saving and emission-reduction protection conservation culture environment is had the important social effect simultaneously.
The utility model is compared with prior art has following substantive distinguishing features and progress:
The utility model has been initiated by hot gas in the air exhauster exhauster chamber and has been utilized the automatic suction chamber outer air of negative pressure to carry out the ventilation air channel structure of cool-down dehumidification, by intelligent controller humiture inside and outside the machine room of gathering is carried out computing and judge, and can between " exhausting operational mode ", " refrigerating operaton pattern ", " standby mode of operation ", switch automatically.Under the prerequisite that guarantees the suitable humiture working environment of machine room communication apparatus, can farthest reduce air-conditioning start cooling time, obviously reduce power consumption, to guaranteeing that communication apparatus security of operation, reduction communication base station operating cost have positive effect, have splendid application prospect in communication operation base station construction.
Description of drawings
Fig. 1 is structural representation of the present utility model, and accompanying drawing also makes an abstract.Be illustrated in the layout schematic diagram that air exhauster, window air conditioner are installed respectively in air-exchanging chamber that cabinet separates, the cool room.
Fig. 2 is the contour structures schematic diagram of door of the present utility model body when closing, and is illustrated in the equipped automatic air-valve of curtain chip, air inlet window on the body, goes out the installation site schematic diagram of cold air window, LCD and keyboard.
Fig. 3 is the duty reference diagram that the utility model is installed on communication machine room.
Fig. 4 is the operation principle module frame chart of intelligent controller of the present utility model.
Description of symbols in the accompanying drawing:
1 is window air conditioner, and 2 is the outdoor temperature humidity inductive head, and 3 is vertical clapboard, 4 is the interlayer dividing plate, and 5 is latticed aeration structure, and 6 is air exhauster, 7 is cabinet, and 8 is intelligent controller, and 9 is the door body, 10 is the automatic air-valve of curtain chip, and 11 are the air inlet window, and 12 for going out the cold air window, 13 is through wires hole, 14 is LCD, and 15 is keyboard, and 16 is door knob, 17 is the heat dissipation ventilation window, 18 is the transducing signal line, and 19 is the humiture inductive head, and 20 is base station communication equipment, 21 is airflow arrows, 22 is the negative pressure inlet window, and 23 is communication machine room, and 24 is batteries.
The specific embodiment
Further specify embodiment of the present utility model below in conjunction with accompanying drawing:
The energy-conservation regulating system of a kind of building environment that the utility model proposes, it is mainly by cabinet 7, window air conditioner 1, air exhauster 6, humiture inductive head 19 and intelligent controller 8 constitute, being provided with interlayer dividing plate 4 separation upper stratas in cabinet 7 is air-exchanging chamber, lower floor is cool room, at air-exchanging chamber, also be respectively arranged with vertical clapboard 3 in the cool room, be provided with heat dissipation ventilation window 17 in cabinet 7 two sides, cabinet 7 trailing flanks are arranged to latticed aeration structure 5, at cabinet 7 roofs through wires hole 13 is set, between the vertical clapboard 3 of lower floor's cool room and latticed aeration structure 5, be fitted with outdoor temperature humidity inductive head 2 and be connected in intelligent controller 8 with the transducing signal line, in cool room, be installed with window air conditioner 1, in air-exchanging chamber, be installed with air exhauster 6, vertical clapboard 3 in the air-exchanging chamber of upper strata is provided with the installing hole suitable with air exhauster 6 air-out ports, the installing hole that the air-out port of air exhauster 6 is fixedly connected on vertical clapboard 3 forms from the exhaust ventilation road that the latticed aeration structure 5 of cabinet 7 rear sides is given vent to anger, the position of corresponding upper strata air-exchanging chamber is equipped with the automatic air-valve 10 of curtain chip on the door body 9 of cabinet 7, LCD 14 and keyboard 15, the position of corresponding lower floor cool room is provided with air inlet window 11 on door body 9, go out cold air window 12, intelligent controller 8 is to be fixedly installed in a body 9 internal faces, and described intelligent controller 8 comprises control module, power module, the humiture change-over circuit, alternating interface between man and computer, the exhausting driver module, air-conditioning driver module and accident alarming module.The accident alarming module is to be connected with administrative staff's SIM by the GSM network to carry out SMS alarm, it can be when equipment fault occurring or stolen damage event takes place with short message mode to information such as administrative staff's Rapid Alarm fault type, machine room geographical position, in order in time handle.It is to carry out installation as follows: at first cabinet 7 is installed on the communication machine room 23 1 sidewall bodies of wall and with supporting steel frame and reinforces, take necessary anti-rain, anti-lightning strike and anti-theft protection measure simultaneously; The humiture inductive head 19 of gathering communication machine room 23 indoor temperatures, humidity information is fixedly installed in the body of wall internal face of cabinet 7 tops and is connected in intelligent controller 8 with transducing signal line 18; Be installed with negative pressure inlet window 22 at the oppose side wall body of wall, after the bug check affirmation is errorless, connect mains supply again, can close a body 9 to 16 by actuating doors.It is performed such work: the power turn-on switch, to treat namely to enter " standby mode of operation " after intelligent controller 8 initialization, and LCD 14 can show indoor, outdoor temperature value, the humidity value of communication machine room 23 this moment.Administrative staff set rated temperature value and the humidity value data command that control " exhausting operational mode ", " refrigerating operaton pattern ", " standby mode of operation " are switched according to the computer lab management operational procedure respectively by keyboard 15 input, namely enter normal operating conditions.Change when season, perhaps owing to the batteries 24 that is installed in the communication machine room 23, the heat that base station communication equipment 20 distributes in the course of the work causes temperature, when humidity changes, indoor temperature and humidity inductive head 19, outdoor temperature humidity inductive head 2 can be sent to the humiture change information of gathering " humiture change-over circuit " and convert pulse signal input " control module " to through transducing signal line 18, carrying out computing by " control module " judges, it will be by " exhausting driver module ", " air-conditioning driver module " is respectively to window air conditioner 1, air exhauster 6 sends instruction, can automatically switch to " exhausting operational mode ", perhaps " refrigerating operaton pattern ", perhaps " standby mode of operation ".For example: when the temperature in the communication machine room 23 or humidity are increased to " exhausting operational mode " rated value that sets control; " control module " will send halt instruction to window air conditioner 1 by " air-conditioning driver module "; send start-up command by " exhausting driver module " to air exhauster 6; can switch to " exhausting operational mode " fast and carry out work: after the air exhauster 6 energising work; the automatic air-valve 10 of curtain chip that is installed on the body 9 can be opened under draft effect; air exhauster 6 can be constantly with the latticed aeration structure 5 outside pump drainages of the hot gas in the communication machine room 23 through cabinet 7 rear sides, in communication machine room 23 indoor formation certain negative pressure.Meanwhile, outdoor air can flow into in the communication machine room 23 of negative pressure by the negative pressure inlet window 22 from oppose side wall under the external atmosphere pressure effect rapidly, shown in airflow arrows 21, can form the indoor hot gas of air exhauster 6 pump drainages, outdoor air and flow into indoor benign cycle ventilation air channel of carrying out aeration-cooling dehumidifying voluntarily by negative pressure inlet window 22.After " exhausting operational mode " moves certain hour down; when the temperature in the communication machine room 23 or humidity drop to the rated value of " standby mode of operation " that set control; " control module " will send halt instruction to air exhauster 6 by " exhausting driver module ", switch fast to be back to " standby mode of operation ": at this moment air exhauster 6 and window air conditioner 1 all are to be in the outage stopped status.In indivedual thermal extremes periods; after working certain hour down in " exhausting operational mode "; when the temperature in the communication machine room 23 or humidity still rise to the rated value of " the refrigerating operaton pattern " that set control; " control module " will send start-up command to window air conditioner 1 by " air-conditioning driver module "; send halt instruction by " exhausting driver module " to air exhauster 6; can switch to " refrigerating operaton pattern " fast and carry out work: shutting down the automatic air-valve 10 of back curtain chip at air exhauster 6 can close voluntarily; the cold air that window air conditioner 1 energising work produces will be sent into the communication machine room 23 indoor forced coolings that carry out continuously by going out cold air window 12; can reduce the indoor humiture of communication machine room 23 rapidly; when communication machine room 23 indoor humitures drop to the rated value of the rated value of " the exhausting operational mode " that set control or " standby mode of operation " successively; " control module " will send halt instruction to window air conditioner 1; and switch to " exhausting operational mode " and carry out work, perhaps return " standby mode of operation ".So circulation goes round and begins again; can guarantee that base station communication equipment 20 is under the prerequisite of optimum humiture environmental work; farthest reduce air-conditioning start cooling time; the energy saving effect is very obvious, and this all has great economic benefits to minimizing machine room power consumption, reduction base station operating cost.
Need to prove that the utility model shows through the on probation of long term: even in season in summertime, can satisfy the need of work that communication machine room carried out cool-down dehumidification in " exhausting operational mode " operation down its most of period.Only just can switch to " refrigerating operaton pattern " in indivedual high temperature periods and start the air-conditioning operation of freezing.And in all the other periods except summer, it mostly is to be in " standby mode of operation " or to switch to " exhausting operational mode " operation in short-term, and its energy saving effect is very obvious, has remarkable economic efficiency and energy-saving and emission-reduction social effect.
Obviously; above-described embodiment only is to realize one of mode of technical solutions of the utility model; the claimed scope of the utility model is not limited only to above-described embodiment, also should comprise the alternate manner that can be changed according to the technical solution of the utility model by those of ordinary skill in the art.

Claims (4)

1. energy-conservation regulating system of building environment, it comprises cabinet (7), window air conditioner (1), air exhauster (6), humiture inductive head (19) and intelligent controller (8), interlayer dividing plate (4) is set in cabinet (7) is divided into cool room, air-exchanging chamber, it is characterized in that: described window air conditioner (1) is installed in the cool room, air exhauster (6) is installed in the air-exchanging chamber, the position of going up corresponding air-exchanging chamber at the door body (9) of cabinet (7) is provided with the automatic air-valve of curtain chip (10), the position of going up corresponding cool room at door body (9) is provided with air inlet window (11), go out cold air window (12), described intelligent controller (8) is installed on the internal face of a body (9), and humiture inductive head (19) is connected in intelligent controller (8) by transducing signal line (18).
2. the energy-conservation regulating system of building environment according to claim 1, it is characterized in that: described intelligent controller (8) comprises control module, power module, humiture change-over circuit, alternating interface between man and computer, exhausting driver module, air-conditioning driver module and accident alarming module, and alternating interface between man and computer is LCD (14) and keyboard (15).
3. the energy-conservation regulating system of building environment according to claim 1 and 2, it is characterized in that: the trailing flank of cabinet (7) is arranged to latticed aeration structure (5), cool room in cabinet (7), be provided with vertical clapboard (3) in the air-exchanging chamber, between the vertical clapboard (3) of cool room and latticed aeration structure (5), be fitted with outdoor temperature humidity inductive head (2), vertical clapboard in the air-exchanging chamber (3) is provided with the installing hole suitable with air exhauster (6) air-out port, and the installing hole that the air-out port of air exhauster (6) is fixedly connected on vertical clapboard (3) forms the pump drainage scavenge duct of giving vent to anger from the latticed aeration structure (5) of cabinet (7) rear side.
4. the energy-conservation regulating system of building environment according to claim 1 and 2, it is characterized in that: the two side walls at cabinet (7) is provided with heat dissipation ventilation window (17).
CN 201320062326 2013-02-04 2013-02-04 Energy saving control system of room environment Expired - Fee Related CN203147924U (en)

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Application Number Priority Date Filing Date Title
CN 201320062326 CN203147924U (en) 2013-02-04 2013-02-04 Energy saving control system of room environment

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Application Number Priority Date Filing Date Title
CN 201320062326 CN203147924U (en) 2013-02-04 2013-02-04 Energy saving control system of room environment

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Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103604977A (en) * 2013-11-27 2014-02-26 国家电网公司 Lightning current monitoring system based on atmospheric humidity
CN104284154A (en) * 2014-10-16 2015-01-14 四川君逸易视科技有限公司 ATM computer room environment comprehensive collection instrument
CN106604604A (en) * 2015-10-19 2017-04-26 鸿富锦精密工业(深圳)有限公司 Data center cooling system
WO2022192390A1 (en) * 2021-03-09 2022-09-15 Mclean Mark Anthony Window air conditioning and heating unit

Cited By (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103604977A (en) * 2013-11-27 2014-02-26 国家电网公司 Lightning current monitoring system based on atmospheric humidity
CN104284154A (en) * 2014-10-16 2015-01-14 四川君逸易视科技有限公司 ATM computer room environment comprehensive collection instrument
CN106604604A (en) * 2015-10-19 2017-04-26 鸿富锦精密工业(深圳)有限公司 Data center cooling system
CN106604604B (en) * 2015-10-19 2019-06-28 鸿富锦精密电子(天津)有限公司 Data center cooling system
WO2022192390A1 (en) * 2021-03-09 2022-09-15 Mclean Mark Anthony Window air conditioning and heating unit

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GR01 Patent grant
CF01 Termination of patent right due to non-payment of annual fee

Granted publication date: 20130821

Termination date: 20150204

EXPY Termination of patent right or utility model