CN102635919B - Energy-saving method for controlling communication base station, background server and communication base station air conditioner - Google Patents
Energy-saving method for controlling communication base station, background server and communication base station air conditioner Download PDFInfo
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- CN102635919B CN102635919B CN201110365082.6A CN201110365082A CN102635919B CN 102635919 B CN102635919 B CN 102635919B CN 201110365082 A CN201110365082 A CN 201110365082A CN 102635919 B CN102635919 B CN 102635919B
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Abstract
The invention is applicable to the field of a base station air conditioner, and provides an energy-saving method for controlling a communication base station, a background server and a communication base station air conditioner. The method is realized by sending a control instruction through the background server to control the communication base station to carry out relative operation. A work mode of the base station air conditioner is fixed on a refrigeration mode; an air speed is fixed on a high-wind mode; a pre-set best default working temperature is 28 DEG C; after the temperature is manually adjusted and reaches the pre-set time, the temperature is automatically retuned back; in an operation process of the base station air conditioner, when the room temperature of a base station is lower than a pre-set power-off temperature (such as 22 DEG C), the base station air conditioner is automatically powered off; when the room temperature is higher than a pre-set power-on temperature (such 28 DEG C), the base station air conditioner is automatically powered on; and with regard to the base station air conditioner in a severe cold region, the suitable power-off temperature and power-on temperature are pre-set according to temperature conditions of use regions, so as to realize the reduction of the energy consumption of the base station air conditioner and guarantee all requirements of temperature adjustment after season power-off; and the base station air conditioner can be remotely and automatically controlled to save energy, so that a large quantity of labor cost is saved.
Description
Technical field
The invention belongs to base station air conditioner field, relate in particular to a kind of method, background server and communication base station air-conditioner of controlling energy saving of communication base station air-conditioner.
Background technology
Electric power energy shortage phenomenon becomes increasingly conspicuous at present, the energy-saving and cost-reducing focus that has become whole society's concern.According to authority statistics, the power consumption of communications equipment room is that telecom operators mainly consume energy, and base station air conditioner energy consumption generally accounts for 20%～45% of communications equipment room energy consumption, have even up to more than 60%.Therefore, guaranteeing under the prerequisite of the normal operation of communication equipment, thereby how to make base station air conditioner operate in to reach in the management system of science effectively energy-conservation just aobvious particularly important.
At present, telecom operators require annual base station air conditioner in 11 to April to close and air-conditioner temperature is arranged on 28 ℃.The annual larger human cost of cost that now needs closes and opens air-conditioning to scene, the all websites of existing network are all run down the time that probably needs one or two month, take like this and require October to close air-conditioning as example, delay due to the work period, a lot of websites will could be closed and put in place in December, this just causes many websites to close the air-conditioning time will be much smaller than requiring, and part website there will be high temperature alarm more during this period because of self-heating amount; Due to human factor, in the season of normal refrigeration, some base station air conditioners are arranged under automatic operation mode, when base station indoor environment temperature is during lower than design temperature under automatic operation mode, base station air conditioner starts to heat, and due in refrigeration season, temperature is can be received lower than design temperature certain limit, thereby cause a large amount of electric energy to be wasted, simultaneously under automatic operation mode, freeze with heat frequently alternately also increased the loss of electric energy.
Summary of the invention
Embodiment of the present invention technical problem to be solved is to provide a kind of remote auto to control that base station air conditioner is energy-conservation, method, background server and the communication base station air-conditioner of the control energy saving of communication base station air-conditioner of having saved a large amount of human costs.
For solving the problems of the technologies described above, the embodiment of the present invention provides a kind of method of controlling energy saving of communication base station air-conditioner, said method comprising the steps of:
Background server regularly sends the instruction of obtaining communication base station air conditioner mode of operation to communication base station air-conditioner;
If the mode of operation of the communication base station air-conditioner getting is not refrigeration mode, background server sends to communication base station air-conditioner the instruction that is refrigeration mode by working mode change;
Communication base station air-conditioner receives the described instruction that is refrigeration mode by working mode change;
Communication base station air-conditioner is fixed on its mode of operation under refrigeration mode and works according to described instruction;
Background server sends the instruction of reading the indoor current environmental temperature of communication base station to communication base station air-conditioner;
Communication base station air-conditioner reads the indoor current environmental temperature of communication base station according to described instruction, and described current environmental temperature is sent to background server;
Background server judges that whether the indoor current environmental temperature of described communication base station is lower than the default temperature that heats, if the temperature that heats lower than default, sends to communication base station air-conditioner the instruction that the refrigeration mode of described communication base station air-conditioner is converted to heating mode;
Communication base station air-conditioner converts its refrigeration mode to heating mode according to described instruction;
Background server regularly sends the instruction of obtaining communication base station air conditioner design temperature to communication base station air-conditioner;
If the non-default default operating temperature of the communication base station air-conditioner design temperature getting, background server sends current design temperature is adjusted into default default operating temperature instruction to communication base station air-conditioner after Preset Time; If the non-described default default operating temperature of the communication base station air-conditioner design temperature getting and lower than adjustable minimum temperature, background server sends current design temperature is adjusted into described adjustable minimum temperature instruction to communication base station air-conditioner, and to communication base station air-conditioner, sends current design temperature is adjusted into default default operating temperature instruction again after Preset Time;
Communication base station air-conditioner reception is described is adjusted into adjustable minimum temperature instruction by current design temperature;
Communication base station air-conditioner, according to described instruction, is adjusted into adjustable minimum temperature by current design temperature;
Communication base station air-conditioner reception is described is adjusted into default default operating temperature instruction by current design temperature;
Communication base station air-conditioner, according to described instruction, is adjusted into default default operating temperature by current design temperature.
The embodiment of the present invention also provides a kind of background server, and described background server comprises:
Communication module, for regularly sending the instruction of obtaining communication base station air conditioner mode of operation to communication base station air-conditioner; And if the mode of operation of the communication base station air-conditioner getting is not refrigeration mode, to communication base station air-conditioner, send the instruction that is refrigeration mode by working mode change, to control the mode of operation of communication base station air-conditioner, be fixed under refrigeration mode and work; And, to communication base station air-conditioner, send the instruction of reading the indoor current environmental temperature of communication base station;
Judge module, for judging that whether the indoor current environmental temperature of described communication base station is lower than the default temperature that heats, if lower than the default temperature that heats, by described communication module, to communication base station air-conditioner, send the instruction that the refrigeration mode of described communication base station air-conditioner is converted to heating mode, to control communication base station air-conditioner, convert its refrigeration mode to heating mode;
Transceiver module, for regularly sending the instruction of obtaining communication base station air conditioner design temperature to communication base station air-conditioner; If the non-default default operating temperature of the communication base station air-conditioner design temperature getting sends current design temperature is adjusted into default default operating temperature instruction to communication base station air-conditioner after Preset Time; If the non-described default default operating temperature of the communication base station air-conditioner design temperature getting and lower than adjustable minimum temperature, to communication base station air-conditioner, send current design temperature is adjusted into described adjustable minimum temperature instruction, and to communication base station air-conditioner, send current design temperature is adjusted into default default operating temperature instruction again after Preset Time.
The embodiment of the present invention also provides a kind of communication base station air-conditioner, and described communication base station air-conditioner comprises:
Communication module, for receiving the described instruction that is refrigeration mode by working mode change;
Mode of operation control module, for being fixed on its mode of operation under refrigeration mode and working according to described instruction;
Temperature read module, for reading the indoor current environmental temperature of communication base station, and sends to background server by described communication module by described Current Temperatures;
Modular converter, for converting the refrigeration mode of communication base station air-conditioner to heating mode;
Adjustable minimum temperature command reception module, is describedly adjusted into adjustable minimum temperature instruction by current design temperature for receiving;
Adjustable minimum temperature adjusting module, for according to described instruction, is adjusted into adjustable minimum temperature by current design temperature;
Default operating temperature command reception module, is describedly adjusted into default default operating temperature instruction by current design temperature for receiving;
Default operating temperature adjusting module, for according to described instruction, is adjusted into default default operating temperature by current design temperature.
In embodiments of the present invention, owing to controlling communication base station air-conditioner by background server, mode of operation is forced at refrigeration mode, having avoided base station air conditioner may people be the waste that heats energy consumption being set under automatic mode; The high wind of pressure of communication base station air-conditioner, has brought into play the maximum sensible capacity of comfort air conditioning system machine, reduces the discharge of base station condensed water, has improved the refrigerating efficiency of air-conditioning; Restriction to base station air conditioner design temperature, had both ensured that the equipment of base station can keep good normal operation, had reduced the running time of compressor simultaneously, played energy-conservation effect; When base station temperature is during lower than 22 ℃, air conditioner automatically performs shutdown, has saved the energy consumption of air conditioner fan, has liberated the human cost of transition season manual control switch air conditioner simultaneously; When base station temperature is when heating turn-on temperature; air-conditioning Auto Power On heats; effectively protecting group station equipment normally moves; the embodiment of the present invention has played energy-saving and emission-reduction and the optimum management effect of highly significant; a large amount of manpowers and maintenance cost have been saved; because remote auto control base station air conditioner is energy-conservation, thereby saved a large amount of human costs.
Accompanying drawing explanation
Fig. 1 is the realization flow schematic diagram of the method for the control energy saving of communication base station air-conditioner that provides of the embodiment of the present invention.
Fig. 2 is the structural representation of the background server that provides of the embodiment of the present invention.
Fig. 3 is the structural representation of the communication base station air-conditioner that provides of the embodiment of the present invention.
The specific embodiment
In order to make technical problem to be solved by this invention, technical scheme and beneficial effect clearer, below in conjunction with drawings and Examples, the present invention is further elaborated.Should be appreciated that specific embodiment described herein, only in order to explain the present invention, is not intended to limit the present invention.
Refer to Fig. 1, the method for the control energy saving of communication base station air-conditioner providing for the embodiment of the present invention, it comprises the following steps:
In step S101, background server regularly sends the instruction of obtaining communication base station air conditioner mode of operation to communication base station air-conditioner;
In step S102, if the mode of operation of the communication base station air-conditioner that background server gets is not refrigeration mode, to communication base station air-conditioner, send the instruction that is refrigeration mode by working mode change;
In step S103, communication base station air-conditioner receives the described instruction that is refrigeration mode by working mode change;
In step S104, communication base station air-conditioner is adjusted at its mode of operation under refrigeration mode and works according to described instruction;
In step S105, background server sends the instruction of reading the indoor current environmental temperature of communication base station to communication base station air-conditioner;
In step S106, communication base station air-conditioner reads the indoor current environmental temperature of communication base station according to described instruction, and described current environmental temperature is sent to background server;
In step S107, background server judges that whether the indoor current environmental temperature of described communication base station is lower than the default temperature that heats, if the temperature that heats lower than default, sends to communication base station air-conditioner the instruction that the refrigeration mode of described communication base station air-conditioner is converted to heating mode;
In step S108, communication base station air-conditioner converts its refrigeration mode to heating mode according to described instruction.
When user is by remote controller or on Air-Conditioning Control Panel during modification pattern, communication base station air-conditioner does not respond user's modify instruction, only have background server to send instruction and just can change refrigeration mode or other mode of operation, to prevent the random operation communication base station air conditioner of Field Force, limit base station air conditioner and operated in other mode of operation, avoided base station air conditioner may be set at artificially the energy consumption that heats under automatic mode.
For the communication base station that is mainly used in north cold area, it is indoor temperature required that the heating of base station indoor equipment is not enough to maintain base station, and usually need by base station air conditioner heat make the indoor temperature in base station remain on temperature required.For this reason, in the embodiment of the present invention, by background server, carry out the indoor current environmental temperature in obtaining communication base station, and judge that whether the indoor current environmental temperature of described communication base station is lower than the default temperature that heats, if lower than the default temperature that heats, the refrigeration mode that communication base station air-conditioner is controlled in background server transmission instruction converts heating mode to.Wherein, the default temperature reference that heats shows air-conditioned minimum adjustable temperature, and selecting optimum temperature is 16 ℃, certainly, this is default heats temperature and also can choose according to actual needs lower than 16 ℃, can meet under the prerequisite of base station indoor temperature, and maximum saving energy consumption.
As one embodiment of the invention, the method for described control energy saving of communication base station air-conditioner is further comprising the steps of:
In step S201, background server regularly sends the instruction of obtaining communication base station air conditioner wind speed pattern to communication base station air-conditioner;
In step S202, if the wind speed pattern of the communication base station air-conditioner that background server gets is not high wind pattern, to communication base station air-conditioner, send the instruction that wind speed pattern is converted to high wind pattern;
In step S203, communication base station air-conditioner receives the described instruction that wind speed pattern is converted to high wind pattern;
In step S204, communication base station air-conditioner, according to described instruction, is worked its wind speed mode adjustment under high wind pattern.
When user revises wind speed pattern by remote controller or on Air-Conditioning Control Panel, communication base station air-conditioner does not respond user's modify instruction, and communication base station air-conditioner is still operated under high wind pattern; Only have background server sending controling instruction just can change wind speed pattern.
As another embodiment of the present invention, the method for described control energy saving of communication base station air-conditioner is further comprising the steps of:
In step S301, when user need adjust communication base station air-conditioner temperature, communication base station air-conditioner receives the adjustment temperature that user revises;
In step S302, the adjustment temperature that communication base station air-conditioner is revised the user who receives is sent to background server;
In step S303, background server judges that whether described adjustment temperature is lower than described adjustable minimum temperature, if lower than described adjustable minimum temperature, background server is controlled communication base station air-conditioner and do not responded.Wherein, the optimum temperature value of adjustable minimum temperature is 24 ℃.
As yet another embodiment of the invention, the method for described control energy saving of communication base station air-conditioner is further comprising the steps of:
In step S401, background server sends the control instruction of the default operating temperature of carrying communication base station air-conditioner to communication base station air-conditioner;
In step S402, communication base station air-conditioner, according to described control instruction, is arranged on the temperature of communication base station air-conditioner under default operating temperature and works;
In step S403, when user adjusts communication base station air-conditioner design temperature, background server obtains the design temperature of current air-conditioning, and the current time of air-conditioning design temperature adjusted in record;
In step S405, background server judges whether described current time surpasses the time of default recovery temperature, if surpass the time of default recovery temperature, background server control communication base station air-conditioner is adjusted to Current Temperatures under default operating temperature and is worked.
In embodiments of the present invention, the optimum temperature of described default operating temperature is 28 ℃; The Best Times of the time of described default recovery temperature is that the current time of the adjustment temperature of described user's modification adds 1 hour.
As further embodiment of this invention, the method for described control energy saving of communication base station air-conditioner is further comprising the steps of:
In step S501, background server sends instruction to communication base station air-conditioner, and this instruction is for reading the indoor current environmental temperature of communication base station;
In step S502, the current environmental temperature that background server received communication base station air conditioner returns, and judge that whether the indoor Current Temperatures of described communication base station is lower than default shutoff temperature, if lower than default shutoff temperature, background server is controlled the operation work of communication base station air-conditioner communication close base station air conditioner.
Further, background server judges that whether the indoor Current Temperatures of described communication base station is higher than default turn-on temperature, if higher than default turn-on temperature, background server is controlled the operation work of communication base station air-conditioner open communication base station air conditioner.
In embodiments of the present invention, the operation work of described communication close base station air conditioner specifically refers to: all parts of communication base station air-conditioner all under "on" position, but are not normally worked.For example, indoor fan shuts down, and control panel do not show, compressor shuts down, etc.
The operation work of described open communication base station air conditioner specifically refers to: communication base station air-conditioner is in normal operation.Such as: indoor fan running, control panel demonstration etc.Described default shutoff temperature and turn-on temperature can be identical or different, and in the embodiment of the present invention, default shutoff temperature the best is 22 ℃, and default turn-on temperature the best is 28 ℃.And when specific implementation, for the base station air conditioner that is arranged on ice box, this default shutoff temperature is identical with turn-on temperature, when base station outdoor temperature is during lower than certain value, Auto Power On preheating, afterwards, when base station indoor temperature is gone up to this definite value again, realize automatic shutdown.
As further embodiment of this invention, the method for described control energy saving of communication base station air-conditioner is further comprising the steps of:
In step S601, background server sends instruction to communication base station air-conditioner, and this instruction is for reading communication base station air-conditioner current each analog quantity parameter and failure code;
In step S602, communication base station air-conditioner is sent to described each analog quantity parameter and failure code on background server.It makes maintenance personal at the long-range fault type that views communication base station air-conditioner on can be by background server, thus clear while going to keep in repair should with instrument, the accessory that should be equipped with etc.
Refer to Fig. 2, the structure of the background server providing for the embodiment of the present invention, for convenience of explanation, only shows part related to the present invention.Described background server comprises: communication module 101 and judge module 102.
Communication module 101, for regularly sending the instruction of obtaining communication base station air conditioner mode of operation to communication base station air-conditioner; And if the mode of operation of the communication base station air-conditioner getting is not refrigeration mode, to communication base station air-conditioner, send the instruction that is refrigeration mode by working mode change, to control the mode of operation of communication base station air-conditioner, be fixed under refrigeration mode and work; And, to communication base station air-conditioner, send the instruction of reading the indoor Current Temperatures of communication base station;
Judge module 102, for judging that whether the indoor Current Temperatures of described communication base station is lower than the default temperature that heats, if lower than the default temperature that heats, by described communication module, to communication base station air-conditioner, send the instruction that the refrigeration mode of described communication base station air-conditioner is converted to heating mode, to control communication base station air-conditioner, convert its refrigeration mode to heating mode.
As one embodiment of the invention
Described communication module 101, also, for send the instruction that wind speed pattern is converted to high wind pattern to communication base station air-conditioner, is fixed on its wind speed pattern under high wind pattern and works to control communication base station air-conditioner.
As another embodiment of the present invention, described background server also comprises: temperature judge module, and control module.
Described communication module 101, the adjustment temperature that the user who also sends for received communication base station air conditioner revises;
Temperature judge module, for judging that whether described adjustment temperature is lower than described adjustable minimum temperature;
Control module, if for judging lower than described adjustable minimum temperature, controls communication base station air-conditioner and does not respond.Wherein, the optimum temperature value of adjustable minimum temperature is 24 ℃.
As another embodiment of the present invention, described background server also comprises: time judgment module, and temperature control modules.
Described communication module, also for send the control instruction of the default operating temperature carry communication base station air-conditioner to communication base station air-conditioner, is arranged under default operating temperature and works to control the temperature of communication base station air-conditioner; Time judgment module, for judging whether described current time surpasses the time of default recovery temperature,
Temperature control modules, if for judging the time that surpasses default recovery temperature, control communication base station air-conditioner Current Temperatures adjusted under default operating temperature and worked.
As another embodiment of the present invention, described background server also comprises: shutoff temperature judge module, closing control module, and turn-on temperature judge module and unlatching control module.
Described communication module, also for sending instruction to communication base station air-conditioner, this instruction is for reading the indoor Current Temperatures of communication base station;
Shutoff temperature judge module, the Current Temperatures returning for received communication base station air conditioner, and judge that whether the indoor Current Temperatures of described communication base station is lower than default shutoff temperature;
Closing control module, for if lower than default shutoff temperature, controls the operation work of communication base station air-conditioner communication close base station air conditioner;
Turn-on temperature judge module, for judging that whether the indoor Current Temperatures of described communication base station is higher than default turn-on temperature;
Open control module, for if higher than default turn-on temperature, control the operation work of communication base station air-conditioner open communication base station air conditioner.
Refer to Fig. 3, the structure of the communication base station air-conditioner providing for the embodiment of the present invention, for convenience of explanation, only shows part related to the present invention.Described communication base station air-conditioner comprises: communication module 201, mode of operation control module 202, temperature read module 203 and modular converter 204.
Communication module 201, for receiving described instruction of mode of operation being fixed on to refrigeration mode;
Mode of operation control module 202, for being fixed on its mode of operation under refrigeration mode and working according to described instruction;
Temperature read module 203, for reading the indoor Current Temperatures of communication base station, and sends to background server by described communication module by described Current Temperatures;
Modular converter 204, for converting the refrigeration mode of communication base station air-conditioner to heating mode.
As one embodiment of the invention, communication base station air-conditioner also comprises: wind speed mode control module.
Described communication module, for receiving the instruction of wind speed pattern being fixed on to high wind pattern;
Wind speed mode control module, for according to described instruction, is fixed on the wind speed pattern of communication base station air-conditioner under high wind pattern and works.
As another embodiment of the present invention, communication base station air-conditioner also comprises: adjust temperature receiver module.
Adjust temperature receiver module, for when user need adjust communication base station air-conditioner temperature, receive the adjustment temperature that user revises;
Described communication module, is also sent to background server for the adjustment temperature that the user who receives is revised.
As another embodiment of the present invention, communication base station air-conditioner also comprises: default operating temperature control module, time receiver module, adjusting module.
Default operating temperature control module, for according to control instruction, is arranged on the temperature of communication base station air-conditioner under default operating temperature and works;
Described communication module, also for being sent to background server by the current time of the adjustment temperature of user's modification;
Adjusting module, for adjusting to the Current Temperatures of communication base station air-conditioner under default operating temperature and work.
In sum, the embodiment of the present invention, owing to controlling communication base station air-conditioner by background server, is forced mode of operation at refrigeration mode, and having avoided base station air conditioner may people be the waste that heats energy consumption being set under automatic mode; The high wind of pressure of communication base station air-conditioner, has brought into play the maximum sensible capacity of comfort air conditioning system machine, reduces the discharge of base station condensed water, has improved the refrigerating efficiency of air-conditioning; Restriction to base station air conditioner design temperature, had both ensured that the equipment of base station can keep good normal operation, had reduced the running time of compressor simultaneously, played energy-conservation effect; When base station temperature is during lower than 22 ℃, air conditioner automatically performs shutdown, has saved the energy consumption of air conditioner fan, has liberated the human cost of transition season manual control switch air conditioner simultaneously; When base station temperature is when heating turn-on temperature; air-conditioning Auto Power On heats; effectively protecting group station equipment normally moves; the embodiment of the present invention has played energy-saving and emission-reduction and the optimum management effect of highly significant; a large amount of manpowers and maintenance cost have been saved; because remote auto control base station air conditioner is energy-conservation, thereby saved a large amount of human costs.
The foregoing is only preferred embodiment of the present invention, not in order to limit the present invention, all any modifications of doing within the spirit and principles in the present invention, be equal to and replace and improvement etc., within all should being included in protection scope of the present invention.
Claims (13)
1. a method of controlling energy saving of communication base station air-conditioner, is characterized in that, said method comprising the steps of:
Background server regularly sends the instruction of obtaining communication base station air conditioner mode of operation to communication base station air-conditioner;
If the mode of operation of the communication base station air-conditioner getting is not refrigeration mode, background server sends to communication base station air-conditioner the instruction that is refrigeration mode by working mode change;
Communication base station air-conditioner receives the described instruction that is refrigeration mode by working mode change;
Communication base station air-conditioner is to work under refrigeration mode according to described instruction by its working mode change;
Background server sends the instruction of reading the indoor current environmental temperature of communication base station to communication base station air-conditioner;
Communication base station air-conditioner reads the indoor current environmental temperature of communication base station according to described instruction, and described current environmental temperature is sent to background server;
Background server judges that whether the indoor environment temperature of described communication base station is lower than the default temperature that heats, if lower than the default temperature that heats, send to communication base station air-conditioner the instruction that the refrigeration mode of described communication base station air-conditioner is converted to heating mode;
Communication base station air-conditioner converts its refrigeration mode to heating mode according to described instruction;
Background server regularly sends the instruction of obtaining communication base station air conditioner design temperature to communication base station air-conditioner;
If the non-default default operating temperature of the communication base station air-conditioner design temperature getting, background server sends current design temperature is adjusted into default default operating temperature instruction to communication base station air-conditioner after Preset Time; If the non-described default default operating temperature of the communication base station air-conditioner design temperature getting and lower than adjustable minimum temperature, background server sends current design temperature is adjusted into described adjustable minimum temperature instruction to communication base station air-conditioner, and to communication base station air-conditioner, sends current design temperature is adjusted into default default operating temperature instruction again after Preset Time;
Communication base station air-conditioner reception is described is adjusted into adjustable minimum temperature instruction by current design temperature;
Communication base station air-conditioner, according to described instruction, is adjusted into adjustable minimum temperature by current design temperature;
Communication base station air-conditioner reception is described is adjusted into default default operating temperature instruction by current design temperature;
Communication base station air-conditioner, according to described instruction, is adjusted into default default operating temperature by current design temperature.
2. the method for claim 1, is characterized in that, described method is further comprising the steps of:
Background server regularly sends the instruction of obtaining communication base station air conditioner wind speed pattern to communication base station air-conditioner;
If the wind speed pattern of the communication base station air-conditioner getting is not high wind pattern, background server sends the instruction that wind speed pattern is converted to high wind pattern to communication base station air-conditioner;
Communication base station air-conditioner receives the described instruction that wind speed pattern is converted to high wind pattern;
Communication base station air-conditioner, according to described instruction, is converted to its wind speed pattern under high wind pattern and works.
3. the method for claim 1, is characterized in that, described method is further comprising the steps of:
Background server sends the control instruction of carrying the default default operating temperature of communication base station air-conditioner to communication base station air-conditioner;
Communication base station air-conditioner, according to described control instruction, is arranged on the temperature of communication base station air-conditioner under default operating temperature and works;
When user adjusts communication base station air-conditioner design temperature, background server obtains current design temperature, and recording user is revised the current time of design temperature;
Background server judges whether current time surpasses the time of default recovery temperature, if surpass the time of default recovery temperature, background server control communication base station air-conditioner is adjusted to Current Temperatures under default operating temperature and worked.
4. the method for claim 1, is characterized in that, described method is further comprising the steps of:
Background server sends instruction to communication base station air-conditioner, and this instruction is for reading the indoor current environmental temperature of communication base station;
The current environmental temperature that background server received communication base station air conditioner returns, and judge that whether the indoor current environmental temperature of described communication base station is lower than default shutoff temperature, if lower than default shutoff temperature, background server is controlled the operation work of communication base station air-conditioner communication close base station air conditioner;
Background server judges that whether the indoor current environmental temperature of described communication base station is higher than default turn-on temperature, if higher than default turn-on temperature, background server is controlled the operation work of communication base station air-conditioner open communication base station air conditioner.
5. a background server, is characterized in that, described background server comprises:
Communication module, for regularly sending the instruction of obtaining communication base station air conditioner mode of operation to communication base station air-conditioner; And if the mode of operation of the communication base station air-conditioner getting is not refrigeration mode, to communication base station air-conditioner, send the instruction that is refrigeration mode by working mode change, to control the mode of operation of communication base station air-conditioner, be fixed under refrigeration mode and work; And the instruction of reading the indoor current environmental temperature of communication base station to communication base station air-conditioner transmission;
Judge module, for judging that whether the indoor current environmental temperature of described communication base station is lower than the default temperature that heats, if lower than the default temperature that heats, by described communication module, to communication base station air-conditioner, send the instruction that the refrigeration mode of described communication base station air-conditioner is converted to heating mode, to control communication base station air-conditioner, convert its refrigeration mode to heating mode;
Transceiver module, for regularly sending the instruction of obtaining communication base station air conditioner design temperature to communication base station air-conditioner; If the non-default default operating temperature of the communication base station air-conditioner design temperature getting sends current design temperature is adjusted into default default operating temperature instruction to communication base station air-conditioner after Preset Time; If the non-described default default operating temperature of the communication base station air-conditioner design temperature getting and lower than adjustable minimum temperature, to communication base station air-conditioner, send current design temperature is adjusted into described adjustable minimum temperature instruction, and to communication base station air-conditioner, send current design temperature is adjusted into default default operating temperature instruction again after Preset Time.
6. background server as claimed in claim 5, is characterized in that,
Described communication module, also for regularly sending the instruction of obtaining communication base station air conditioner wind speed pattern to communication base station air-conditioner; And if the wind speed pattern of the communication base station air-conditioner getting is not high wind pattern, to communication base station air-conditioner, send the instruction that wind speed pattern is converted to high wind pattern, to control communication base station air-conditioner, its wind speed pattern is fixed under high wind pattern and is worked.
7. background server as claimed in claim 5, is characterized in that, described background server also comprises:
Described communication module, the adjustment temperature that the user who also sends for received communication base station air conditioner revises;
Temperature judge module, for judging that whether described adjustment temperature is lower than described adjustable minimum temperature;
Control module, if for judging lower than described adjustable minimum temperature, by described communication module, to communication base station air-conditioner, send current design temperature is adjusted into adjustable minimum temperature instruction, to control the design temperature of communication base station air-conditioner, be not less than adjustable minimum temperature.
8. background server as claimed in claim 5, is characterized in that, described background server also comprises:
Described communication module, also for send the control instruction of the default operating temperature carry communication base station air-conditioner to communication base station air-conditioner, is arranged under default operating temperature and works to control the temperature of communication base station air-conditioner;
Time judgment module, for judging whether current time surpasses the time of default recovery temperature,
Temperature control modules, if for judging the time that surpasses default recovery temperature, control communication base station air-conditioner Current Temperatures adjusted under default operating temperature and worked.
9. background server as claimed in claim 5, is characterized in that, described background server also comprises:
Described communication module, also for sending instruction to communication base station air-conditioner, this instruction is for reading the indoor current environmental temperature of communication base station;
Shutoff temperature judge module, the current environmental temperature of returning for received communication base station air conditioner, and judge that whether the indoor current environmental temperature of described communication base station is lower than default shutoff temperature;
Closing control module, for if lower than default shutoff temperature, controls the operation work of communication base station air-conditioner communication close base station air conditioner;
Turn-on temperature judge module, for judging that whether the indoor current environmental temperature of described communication base station is higher than default turn-on temperature;
Open control module, for if higher than default turn-on temperature, control the operation work of communication base station air-conditioner open communication base station air conditioner.
10. a communication base station air-conditioner, is characterized in that, described communication base station air-conditioner comprises:
Communication module, for the instruction that to receive working mode change be refrigeration mode;
Mode of operation control module, for being fixed on its mode of operation under refrigeration mode and working according to described instruction;
Temperature read module, for reading the indoor current environmental temperature of communication base station, and sends to background server by described communication module by Current Temperatures;
Modular converter, for converting the refrigeration mode of communication base station air-conditioner to heating mode;
Adjustable minimum temperature command reception module, is describedly adjusted into adjustable minimum temperature instruction by current design temperature for receiving;
Adjustable minimum temperature adjusting module, for according to described instruction, is adjusted into adjustable minimum temperature by current design temperature;
Default operating temperature command reception module, is describedly adjusted into default default operating temperature instruction by current design temperature for receiving;
Default operating temperature adjusting module, for according to described instruction, is adjusted into default default operating temperature by current design temperature.
11. communication base station air-conditioners as claimed in claim 10, is characterized in that, communication base station air-conditioner also comprises:
Described communication module, for receiving the instruction that wind speed pattern is converted to high wind pattern;
Wind speed mode control module, for according to described instruction, is fixed on the wind speed pattern of communication base station air-conditioner under high wind pattern and works.
12. communication base station air-conditioners as claimed in claim 10, is characterized in that, communication base station air-conditioner also comprises:
Adjust temperature receiver module, for when user need adjust communication base station air-conditioner design temperature, receive the adjustment temperature that user revises;
Described communication module, is also sent to background server for the adjustment temperature that the user who receives is revised.
13. communication base station air-conditioners as claimed in claim 10, is characterized in that, communication base station air-conditioner also comprises:
Default operating temperature control module, for according to control instruction, is arranged on the temperature of communication base station air-conditioner under default operating temperature and works;
Adjusting module, for adjusting to the current design temperature of communication base station air-conditioner under default operating temperature and work.
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| CN201110365082.6A CN102635919B (en) | 2011-11-17 | 2011-11-17 | Energy-saving method for controlling communication base station, background server and communication base station air conditioner |
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| CN201110365082.6A CN102635919B (en) | 2011-11-17 | 2011-11-17 | Energy-saving method for controlling communication base station, background server and communication base station air conditioner |
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| CN102635919B true CN102635919B (en) | 2014-10-22 |
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| CN104236008A (en) * | 2013-06-21 | 2014-12-24 | 海尔集团公司 | Air conditioner and automatic control method for operational mode thereof |
| CN104359152B (en) * | 2014-10-10 | 2017-05-17 | 深圳市共济科技股份有限公司 | Module multi-connected precise air-conditioning system and heat dissipation method thereof |
| CN105514512B (en) * | 2015-12-31 | 2018-06-08 | 浙江南都电源动力股份有限公司 | Communication base station power-economizing method |
| CN106949610B (en) * | 2017-05-03 | 2018-11-23 | 珠海格力电器股份有限公司 | Method and device for setting startup and shutdown temperature of compressor of air conditioner and air conditioner |
| CN108332355A (en) * | 2017-12-19 | 2018-07-27 | 赛尔通信服务技术股份有限公司 | A kind of energy conserving system and power-economizing method for communication base station |
| CN108718508A (en) * | 2018-05-28 | 2018-10-30 | 南京铁道职业技术学院 | A kind of intelligent thermoregulating system and method |
| CN112283867B (en) * | 2020-10-16 | 2021-11-09 | 海信（山东）空调有限公司 | Air conditioner and upgrading control method |
| CN113983663B (en) * | 2021-10-28 | 2023-04-07 | 北京小米移动软件有限公司 | Refrigeration system, control method and device thereof, and storage medium |
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