CN202008205U

CN202008205U - Intelligent ventilating system for base station

Info

Publication number: CN202008205U
Application number: CN201120022512XU
Authority: CN
Inventors: 郭建
Original assignee: SICHUAN XINHE JIASHENG INFORMATION TECHNOLOGY Co Ltd
Current assignee: SICHUAN XINHE JIASHENG INFORMATION TECHNOLOGY Co Ltd
Priority date: 2011-01-24
Filing date: 2011-01-24
Publication date: 2011-10-12
Anticipated expiration: 2021-01-24

Abstract

The utility model provides an intelligent ventilating system for a base station, which belongs to an automatic control technology and solves the problem that electric power is seriously wasted as the present base station utilizes a household air conditioner to realize forced refrigeration. The technical scheme of the intelligent ventilating system is as follows: the intelligent ventilating system comprises an air conditioner and is characterized in that the intelligent ventilating system further comprises at least two energy-saving windows, an environment monitoring module and a control module; the at least two energy-saving windows are connected with the control module, the air conditioner is connected with the control module, and the environment monitoring module is connected with the control module. The intelligent ventilating system has the following beneficial effects: the intelligent ventilating system saves electric power and is suitable for various base stations.

Description

The base station intelligent ventilating system

Technical field

The utility model relates to automatic control technology, particularly the intelligent ventilating system of base station.

Background technology

Energy-conservation and environmental protection is a hot issue in the current China and even the world; held in Beijing on November 1st, 2007 " 2007 Chinese international energy forum "; this time the theme of forum is " energy-saving and environmental protection and a regenerative resource "; and advanced technology and the management method of energy efficiency, energy-saving and emission-reduction, environmental protection have been proposed to improve; simultaneously, illustrated also that " energy-conservation and environmental protection " is extremely urgent.For energy-conservation, the electric power energy shortage phenomenon becomes increasingly conspicuous at present, the energy-saving and cost-reducing hot issue that has become whole society's common concern, particularly communication base station energy-saving and cost-reducing become the most important thing in numerous energy-conservation projects---base station air-conditioning only in the communication network of China, annual power consumption just reaches 7,000,000,000 degree, whole communications industry power consumption reaches more than 20,000,000,000 degree, moving, telecommunications, in the middle of UNICOM's network, the energy resource consumption of base station equipment has accounted for 90%, other comprise core net and webmaster have accounted for less than 10%, so the power saving of base station becomes the emphasis that everybody pays close attention to, China in 2007 only GSM base station power consumption just near 3,200,000,000 kilowatt hours, the base station electricity charge are near 2,000,000,000 yuan, according to the preliminary statistics, about 4,500,000,000 yuan of CHINAUNICOM's network operation year electricity charge expenditure rough estimates, wherein the peripheral base stations energy consumption occupies 70%, about 3,200,000,000 yuan, and wherein, the air-conditioning equipment electricity consumption of base station just occupies 41.2%～65% of base station electricity consumption total amount, year, expenditure was at 1,600,000,000～2,000,000,000 yuan, just can find out that from big numeral like this energy-conservation especially the economize on electricity moved, telecommunications, UNICOM is imperative.So the power saving of base station air conditioner becomes the emphasis that everybody pays close attention to.Show according to statistics, calendar year 2001 138 base stations electricity charge expenditure is 2,120,000 yuans, 238 base station electricity charge expenditures were above 5,800,000 yuans in 2002, the electricity charge expenditure of average each base station has increased by 58%, only GSM base station power consumption is near 3,200,000,000 kilowatt hours for China in 2007, and the base station electricity charge are near 2,000,000,000 yuan, and this does not also comprise energy consumptions such as air-conditioning, power transformation, transmission, send 3 degree electricity according to 1 kilogram of standard coal and calculate, 1,050,000 tons of coals need be expended every year in national GSM base station.According to data statistics analyse, on average the electricity charge of each base station air conditioner expenditure accounts for about 52% of whole base station electricity charge expenditure, and air-conditioning becomes the main consumer in the base station machine room.Base station air conditioner is set to freeze 18 ℃ mostly at present, or automatic 24 ℃, and some areas are annual unlatchings, the phenomenon of waste is comparatively serious, and stipulate according to the related specifications of electronic equipment operation, general base station temperature keeps 10-35 ℃, humidity 10%-90%, base station air conditioner can cooperate use with other cooling system, its energy-conservation space is very big, and in the most areas of China, the natural normal temperature in a lot of time periods just can satisfy the temperature requirement of the normal operation of electronic equipment, perhaps only needs an air-conditioning discontinuous operation just can satisfy the temperature requirement of the normal operation of these electronic equipments.Along with the telecom operation market competition is fierce day by day, the professional slow income growth of telecom operation, increasing income and decreasing expenditure becomes the effective way that improves operating income, each big operator on the one hand will by excavate the network potentiality, creating new service increases professional income, to move heaven and earth on the other hand and reduce the operation expenditure, particularly reduce electricity charge expenditure, and present most of base stations installation is domestic air conditioning, the use of domestic air conditioning is to liking people rather than electronic equipment, can only control effectively to humidity by the forced refrigeration mode, this is not a preferred plan.

The utility model content

Technical problem to be solved in the utility model adopts the domestic air conditioning forced refrigeration to cause the power wastage important disadvantages in order to solve present base station exactly, and a kind of base station intelligent ventilating system is provided.

The utility model solve the technical problem, the technical scheme that adopts is, the base station intelligent ventilating system, comprise air-conditioning, it is characterized in that, also comprise at least two Energy Saving Windows, environment monitoring module and control module, described at least two Energy Saving Windows are connected with control module, air-conditioning is connected with control module, and environment monitoring module is connected with control module.

Concrete, described environment monitoring module comprises indoor temperature and humidity sensor, Energy Saving Windows state monitor, air-conditioning state monitor and outdoor temperature humidity sensor, described indoor temperature and humidity sensor is connected with control module, the outdoor temperature humidity sensor is connected with control module, the Energy Saving Windows state monitor is connected with at least two Energy Saving Windows, and be connected with control module, the air-conditioning state monitor is connected with air-conditioning, and is connected with control module;

Further, described environment monitoring module also comprises smoke detector, and described smoke detector is connected with control module.

Concrete, described at least one Energy Saving Windows is installed in the base station machine room on arbitrary metope the position near ground, and at least one Energy Saving Windows is installed in the base station machine room on arbitrary metope the position away from ground.

Further again, described at least one Energy Saving Windows is installed in the base station machine room on the metope position near ground, at least one Energy Saving Windows be installed in the base station machine room with corresponding another metope of above-mentioned metope on away from the position on ground.

Concrete, described Energy Saving Windows comprises forms, screen pack, louvre blade and control device, described louvre blade is installed in can be to the outdoor folding of base station machine room on the forms, screen pack covers the forms and the close indoor side of base station machine room of louvre blade, louvre blade is connected with control device, and control device is connected with control module.

Further again, described control module comprises processing module, mixed-media network modules mixed-media, signal output module and signal input module, described mixed-media network modules mixed-media is connected with processing module, environment monitoring module is connected with signal input module, air-conditioning is connected with signal output module, and at least two Energy Saving Windows are connected with signal output module.

The beneficial effects of the utility model are, by above-mentioned base station intelligent ventilating system, whether can monitor this base station machine room indoor temperature and humidity by environment monitoring module meets the requirements, then do not need to start air-conditioning if meet the requirements, simultaneously can also get access to outdoor humiture by the outdoor temperature humidity sensor in the environment monitoring module, if outdoor humiture meets the requirements, and the humiture of indoor this moment is when higher, can only adopt control module control Energy Saving Windows to open ventilation, take a breath, and then indoor humiture is also met the requirements, do not need to start air-conditioning yet, and at least two Energy Saving Windows, Energy Saving Windows is installed in the base station machine room on arbitrary metope the position near ground, another Energy Saving Windows is installed in the base station machine room on arbitrary metope the position away from ground, the principle of hot-air rising cold air decline and the principle of cold-hot air convection have been utilized, utilize natural wind, save electric power, thereby reached the purpose of as far as possible not using air-conditioning to save electric power energy in the time of not use air-conditioning, and introduce screen pack in the Energy Saving Windows, can prevent that extraneous dust from entering base station machine room inside, use under the weather conditions such as the louvre blade folding can prevent to rain and intake, again owing to have mixed-media network modules mixed-media in the control module, the ruuning situation of base station machine room and ambient conditions etc. can be transferred to the external world, be convenient to unified control.

Description of drawings

Fig. 1 is the system block diagram of embodiment.

Fig. 2 is the schematic layout pattern of embodiment in base station machine room.

The specific embodiment

Below in conjunction with drawings and Examples, describe the technical solution of the utility model in detail.

Base station of the present utility model intelligent ventilating system is connected with control module by at least two Energy Saving Windows, air-conditioning is connected with control module, environment monitoring module and control module connect to form, control module can reach the purpose of saving electric power according to environment monitoring module data monitored control Energy Saving Windows and operation of air conditioner.

Embodiment

This example is an example so that two Energy Saving Windows only to be installed, its system block diagram such as Fig. 1, the schematic layout pattern in base station machine room such as Fig. 2.

At first be connected with control module by two Energy Saving Windows, air-conditioning is connected with control module, environment monitoring module and control module connect to form the base station intelligent ventilating system, wherein, environment monitoring module comprises indoor temperature and humidity sensor, the Energy Saving Windows state monitor, the air-conditioning state monitor, outdoor temperature humidity sensor and smoke detector etc., indoor temperature and humidity sensor is connected with control module, be used for the indoor humiture of monitoring base station machine room, and give control module with this humiture transfer of data, the outdoor temperature humidity sensor is connected with control module, be used for the outdoor humiture of monitoring base station machine room, and give control module with this humiture transfer of data, the Energy Saving Windows state monitor is connected with at least two Energy Saving Windows, and is connected with control module, be used to monitor the present state of each Energy Saving Windows, the air-conditioning state monitor is connected with air-conditioning, and is connected with control module, is used to monitor the present state of air-conditioning, whether smoke detector is connected with control module, can be used for monitoring and catch fire etc.; One of them Energy Saving Windows is installed in the base station machine room on the metope position near ground, another Energy Saving Windows be installed in the base station machine room with corresponding another metope of above-mentioned metope on away from the position on ground, can utilize the principle of hot-air rising cold air decline and the principle of cold-hot air convection like this, utilize the natural wind ventilation, and two Energy Saving Windows are installed in respectively on the two corresponding face walls, can strengthen the indoor air convection effect, Energy Saving Windows is installed in by louvre blade can be to the outdoor folding of base station machine room on the forms, screen pack covers the forms and the close indoor side of base station machine room of louvre blade, louvre blade is connected with control device, control device and control module connect to form, utilize screen pack can prevent that extraneous dust from entering base station machine room inside (and owing to be forced ventilation modes such as natural wind rather than employing air exhauster, flow into indoor dust relatively still less with air), intake under the weather conditions such as folding can prevent to rain about the use louvre blade, control device is used to control the folding of louvre blade; Control module is connected with processing module by mixed-media network modules mixed-media, environment monitoring module is connected with signal input module, air-conditioning is connected with signal output module, at least two Energy Saving Windows and signal output module connect to form, can various control datas of present base station machine room inside etc. (wherein can also be sent warning message etc. by mixed-media network modules mixed-media, as fire or air-conditioning information such as break down) send to the external world, make things convenient for staff's unified management.

Claims

1. the base station intelligent ventilating system comprises air-conditioning, it is characterized in that, also comprise at least two Energy Saving Windows, environment monitoring module and control module, described at least two Energy Saving Windows are connected with control module, and air-conditioning is connected with control module, and environment monitoring module is connected with control module.

2. according to the described base station of claim 1 intelligent ventilating system, it is characterized in that, described environment monitoring module comprises indoor temperature and humidity sensor, Energy Saving Windows state monitor, air-conditioning state monitor and outdoor temperature humidity sensor, described indoor temperature and humidity sensor is connected with control module, the outdoor temperature humidity sensor is connected with control module, and the Energy Saving Windows state monitor is connected with at least two Energy Saving Windows, and is connected with control module, the air-conditioning state monitor is connected with air-conditioning, and is connected with control module.

3. according to the described base station of claim 2 intelligent ventilating system, it is characterized in that described environment monitoring module also comprises smoke detector, described smoke detector is connected with control module.

4. according to the described base station of claim 1 intelligent ventilating system, it is characterized in that, described at least one Energy Saving Windows is installed in the base station machine room on arbitrary metope the position near ground, and at least one Energy Saving Windows is installed in the base station machine room on arbitrary metope the position away from ground.

5. according to the described base station of claim 1 intelligent ventilating system, it is characterized in that, described at least one Energy Saving Windows is installed in the base station machine room on the metope position near ground, at least one Energy Saving Windows be installed in the base station machine room with corresponding another metope of above-mentioned metope on away from the position on ground.

6. according to the described base station of claim 1 intelligent ventilating system, it is characterized in that, described Energy Saving Windows comprises forms, screen pack, louvre blade and control device, described louvre blade is installed in can be to the outdoor folding of base station machine room on the forms, screen pack covers the forms and the close indoor side of base station machine room of louvre blade, louvre blade is connected with control device, and control device is connected with control module.

7. according to claim 1 or 2 or 3 or 4 or 5 or 6 described base station intelligent ventilating systems, it is characterized in that, described control module comprises processing module, mixed-media network modules mixed-media, signal output module and signal input module, described mixed-media network modules mixed-media is connected with processing module, environment monitoring module is connected with signal input module, air-conditioning is connected with signal output module, and at least two Energy Saving Windows are connected with signal output module.