Communication machine room energy saving system and method

Abstract

The invention relates to the technical field of communication technologies, in particular to an energy-saving system and method for a communication machine room. Comprising an environment regulation and control module and further comprises an environment monitoring module, a judgment module, a regional integration module and an instruction module, the judgment module is connected with the environment monitoring module, the regional integration module is connected with the judgment module, the instruction module is connected with the regional integration module, and the environment regulation and control module is connected with the instruction module. The specified regulation and control equipment can be adjusted more reasonably and accurately according to the actual distribution position of the monitoring equipment in the machine room in combination with the monitored environment monitoring parameters, and then the overall energy consumption of the corresponding control system is optimized.

Description

Technical Field

[0001] The present invention relates to the technical field of communication technologies, and in particular to an energy-saving system and method for a communication room. Background Art

[0002] With the rapid development of communication technology and the continuous growth of communication needs, the number and scale of communication rooms are also expanding. However, the energy consumption problem of communication rooms is also becoming increasingly prominent, especially the energy consumption of air conditioning accounts for a considerable proportion.

[0003] The energy-saving system of the communication room can significantly reduce the energy consumption of the room through intelligent control and management. This is mainly achieved by optimizing the operating modes and parameters of equipment such as air conditioning, lighting, and power supply. At the same time, it can also provide a stable operating environment for the equipment in the room through precise environmental monitoring and intelligent control, thereby extending the service life of the equipment. This can not only reduce the cost of equipment maintenance and replacement, but also improve the stability and reliability of the room.

[0004] Since the actual layout inside most communication rooms is different, larger areas in the room will use multiple control devices to arrange and set up according to actual conditions to achieve overall internal environmental regulation, while some specific areas will be isolated and independently adjusted using corresponding control devices.

[0005] However, most of the existing energy-saving systems in communication rooms uniformly control all the control equipment in the area based on the air data sensed by the sensors. When there are large differences in the environments detected at multiple locations in a large area, it is impossible to independently control the designated control equipment based on the actual conditions of the control equipment deployed in the room. All control equipment in the corresponding area can only be controlled together, resulting in generally high overall energy consumption. Summary of the invention

[0006] The purpose of the present invention is to provide a communication room energy-saving system and method, which can more reasonably and accurately adjust the designated control equipment according to the actual distribution position of the monitoring equipment in the room and the monitored environmental monitoring parameters, thereby optimizing the overall energy consumption of the corresponding control system.

[0007] To achieve the above-mentioned purpose, the present invention adopts a communication room energy-saving system and method, including an environment control module, an environment monitoring module, a judgment module, a regional integration module and an instruction module, wherein the judgment module is connected to the environment monitoring module, the regional integration module is connected to the judgment module, the instruction module is connected to the regional integration module, and the environment control module is connected to the instruction module;

[0008] The environmental monitoring module is used to monitor the environment in a specified area in real time and mark it according to the area attributes;

[0009] The judgment module is used to analyze the monitored environmental data, and then judge the area that needs environmental adjustment and mark it;

[0010] The regional integration module analyzes and integrates the marked monitoring data according to the actual monitoring range;

[0011] The instruction module analyzes the corresponding control instructions according to the environmental monitoring data after the arrangement;

[0012] The environmental control module adjusts the area that needs environmental adjustment by issuing control instructions.

[0013] Wherein, the environmental monitoring module includes an actual monitoring submodule and an area marking submodule, and the area marking submodule is connected to the actual monitoring submodule and to the judgment module;

[0014] The actual monitoring submodule is used to monitor the environment in the specified area and output corresponding environmental parameters;

[0015] The region marking submodule marks the output environmental parameters according to different regional distributions.

[0016] Wherein, the judgment module includes a monitoring data extraction submodule and a comparison mark submodule, and the comparison mark submodule is connected to the monitoring data extraction submodule and connected to the regional integration module;

[0017] The monitoring data extraction submodule is used to extract the monitored environmental parameters;

[0018] The comparison and marking submodule compares and judges the extracted monitoring parameters with the set standard environmental parameters, and marks them according to the judgment results.

[0019] Wherein, the regional integration module includes a marking information sorting submodule and a merging and sorting submodule, and the merging and sorting submodule is connected to the marking information sorting submodule and connected to the instruction module;

[0020] The tag information sorting submodule performs preliminary integration of parameters according to the regional tags of environmental parameters;

[0021] The merge sorting submodule sorts the integrated environmental parameters according to the marks in the corresponding areas.

[0022] Wherein, the instruction module includes a control region analysis submodule and a control instruction output submodule, and the control instruction output submodule is connected to the control region analysis submodule and connected to the environment control module;

[0023] The control area analysis submodule generates actual control instructions according to the position sorting within the area combined with the monitored environmental parameters and the preset standard parameters;

[0024] The control instruction output submodule processes and converts the generated control instructions and then outputs them.

[0025] The regional marking submodule includes a large-region marking unit and an intra-region marking unit, the large-region marking unit is connected to the actual monitoring submodule, the intra-region marking unit is connected to the large-region marking unit, and is also connected to the judgment module;

[0026] The large area marking unit marks the monitored environmental parameters according to the large area distribution in the computer room;

[0027] The intra-area marking unit marks the monitored environmental parameters according to the installation position of the monitoring equipment inside the large area of ​​the computer room.

[0028] The merge sorting submodule includes a large region integration unit and an intra-region sorting unit, the large region integration unit is connected to the tag information extraction submodule, the intra-region sorting unit is connected to the large region integration unit, and is connected to the instruction issuing module;

[0029] The regional integration unit organizes and merges the environmental parameters of the same region through the extracted regional markers;

[0030] The intra-region sorting unit sorts and arranges the monitoring environment parameters in the same large region according to the intra-region marks.

[0031] The regulatory region analysis submodule includes an intra-region sorting and comparison unit and a monitoring data comparison unit, the sorting and comparison unit is connected to the regional integration module, the monitoring data comparison unit is connected to the sorting and comparison unit, and is also connected to the regulatory instruction output submodule;

[0032] The sorting and comparison unit analyzes the monitored environmental parameters after sorting and comparison according to the sorting marks of different regions in the same large area;

[0033] The monitoring data comparison unit analyzes the sorted monitoring environment parameters through preset standard environment parameters, and determines the corresponding control scheme based on the sorted comparison analysis of the monitoring environment parameters.

[0034] The communication room energy-saving system and method of the present invention monitors the environment of a specified area through the environmental monitoring module, generates corresponding environmental parameters and outputs them in combination with the specific monitoring area for marking, then compares and judges the monitored environmental parameters through the judgment module, thereby determining the area that needs environmental adjustment, and groups and sorts the environmental parameters that need to be adjusted selected by the judgment module according to the area mark through the area integration module, and then the instruction module determines a specific control scheme based on the result of the grouping and sorting in combination with the actual adjustment parameter value, and finally the generated control scheme is converted into a corresponding control instruction through the instruction module and transmitted to the environmental control module, so that the environmental adjustment of the specified area can be completed through the environmental control module. BRIEF DESCRIPTION OF THE DRAWINGS

[0035] In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings required for use in the embodiments or the description of the prior art will be briefly introduced below. Obviously, the drawings described below are only some embodiments of the present invention. For ordinary technicians in this field, other drawings can be obtained based on these drawings without paying creative work.

[0036] Figure 1 It is a structural schematic diagram of the energy-saving system for a communication room of the present invention.

[0037] Figure 2 It is a structural schematic diagram of the environment monitoring module and the judgment module of the present invention.

[0038] Figure 3 It is a structural schematic diagram of the regional integration module and the instruction module of the present invention.

[0039] Figure 4 It is a structural schematic diagram of the region marking submodule of the present invention.

[0040] Figure 5 It is a structural schematic diagram of the merge sort submodule of the present invention.

[0041] Figure 6 It is a schematic diagram of the structure of the regulatory region analysis submodule of the present invention.

[0042] Figure 7 It is a flow chart of the communication room energy saving method based on deep learning of the present invention.

[0043] In the figure: 1-environmental monitoring module, 2-judgment module, 3-regional integration module, 4-instruction module, 5-environmental control module, 11-actual monitoring submodule, 12-regional marking submodule, 21-monitoring data extraction submodule, 22-comparison marking submodule, 31-marking information sorting submodule, 32-merging and sorting submodule, 41-control area analysis submodule, 42-control instruction output submodule, 121-large area marking unit, 122-intra-region marking unit, 321-large area integration unit, 322-intra-region sorting unit, 411-intra-region sorting comparison unit, 412-monitoring data comparison unit. DETAILED DESCRIPTION

[0044] Embodiments of the present invention are described in detail below, examples of which are shown in the accompanying drawings, wherein the same or similar reference numerals throughout represent the same or similar elements or elements having the same or similar functions. The embodiments described below with reference to the accompanying drawings are exemplary and are intended to be used to explain the present invention, and should not be construed as limiting the present invention.

[0045] In the description of the present invention, it should be understood that “plurality” means two or more than two, unless otherwise clearly and specifically defined.

[0046] See also Figures 1 to 6 The present invention provides a communication room energy-saving system including an environment monitoring module 1, a judgment module 2, a regional integration module 3, an instruction module 4 and an environment control module 5, wherein the judgment module 2 is connected to the environment monitoring module 1, the regional integration module 3 is connected to the judgment module 2, the instruction module 4 is connected to the regional integration module 3, and the environment control module 5 is connected to the instruction module 4;

[0047] The environmental monitoring module 1 is used to monitor the environment in a specified area in real time and mark it according to the area attributes;

[0048] The judgment module 2 is used to analyze the monitored environmental data, and then determine the area that needs environmental adjustment and mark it;

[0049] The regional integration module 3 analyzes and integrates the marked monitoring data according to the actual monitoring range;

[0050] The instruction module 4 analyzes the corresponding control instructions according to the environmental monitoring data after the arrangement;

[0051] The environment control module 5 adjusts the area requiring environment control by issuing control instructions.

[0052] For further information, see Figure 2, the area marking submodule 12 is connected to the actual monitoring submodule 11, and is connected to the judgment module 2;

[0053] The actual monitoring submodule 11 is used to monitor the environment in a specified area and output corresponding environmental parameters;

[0054] The region marking submodule 12 marks the output environmental parameters according to different regional distributions.

[0055] For further information, see Figure 2 The judgment module 2 includes a monitoring data extraction submodule 21 and a comparison mark submodule 22, and the comparison mark submodule 22 is connected to the monitoring data extraction submodule 21 and connected to the regional integration module 3;

[0056] The monitoring data extraction submodule 21 is used to extract the monitored environmental parameters;

[0057] The comparison and marking submodule 22 compares and judges the extracted monitoring parameters with the set standard environmental parameters, and marks according to the judgment results.

[0058] For further information, see Figure 4 The regional marking submodule 12 includes a large-area marking unit 121 and an intra-area marking unit 122, the large-area marking unit 121 is connected to the actual monitoring submodule 11, the intra-area marking unit 122 is connected to the large-area marking unit 121, and is connected to the judgment module 2;

[0059] The large area marking unit 121 marks the monitored environmental parameters according to the large area distribution in the computer room;

[0060] The intra-area marking unit 122 marks the monitored environmental parameters according to the installation position of the monitoring equipment inside the large area of ​​the computer room.

[0061] In this embodiment, the actual monitoring submodule 11 in the environmental monitoring module 1 is composed of corresponding air sensors so as to monitor the environmental parameters of the designated area. The area marking submodule 12 is divided into the large area marking unit 121 and the intra-area marking unit 122. The large area marking unit 121 can first mark the environmental data monitored by the monitoring elements installed in the common area, and then the intra-area marking unit 122 marks the corresponding monitored environmental parameters according to the monitoring area position of the actual monitoring element.

[0062] When marking within the area, the area monitored by the monitoring equipment in the large area can be sorted according to its location, so that the positional relationship between multiple monitoring environment parameters in the same large area can be determined later according to the marking within the area;

[0063] The monitoring data extraction submodule 21 collects all the monitored data, and then uses the comparison marking submodule 22 to mark the environmental parameters that exceed the preset range. As for the environmental parameters that meet the preset range, they can be processed without marking or with different markings.

[0064] For further information, see Figure 3 The regional integration module 3 includes a marking information sorting submodule 31 and a merging and sorting submodule 32, and the merging and sorting submodule 32 is connected to the marking information sorting submodule 31 and connected to the instruction module 4;

[0065] The tag information sorting submodule 31 performs preliminary integration of parameters according to the regional tags of environmental parameters;

[0066] The merge sorting submodule 32 sorts the integrated environmental parameters according to the marks in the corresponding areas.

[0067] For further information, see Figure 5 The merge sorting submodule 32 includes a large region integration unit 321 and an intra-region sorting unit 322, the large region integration unit 321 is connected to the tag information extraction submodule, the intra-region sorting unit 322 is connected to the large region integration unit 321, and is connected to the instruction issuing module;

[0068] The region integration unit 321 organizes and merges the environmental parameters of the same region by extracting the region tags;

[0069] The intra-region sorting unit 322 sorts and organizes the monitoring environment parameters in the same large region according to the intra-region mark.

[0070] In this embodiment, the tag information sorting submodule 31 mainly completes the judgment and integration of the tags. When judging the tags, the tag information sorting submodule 31 can collect the monitoring environment parameters that do not meet the preset requirements according to the tags of the judgment module 2, and extract the large area tags and the intra-area sorting tags carried in the monitoring environment parameters that do not meet the preset requirements. Then, the monitoring environment parameters with the same large area tags can be grouped through the large area integration unit 321;

[0071] After the monitoring environment parameters with the same large area marks are integrated, the intra-area sorting unit 322 can arrange and combine the intra-area marks in each completed grouping according to a preset order, so that the monitoring environment parameters in each group can be arranged and combined corresponding to the setting positions of the environmental monitoring equipment in actual conditions.

[0072] For further information, see Figure 3 , the instruction module 4 includes a control region analysis submodule 41 and a control instruction output submodule 42, the control instruction output submodule 42 is connected to the control region analysis submodule 41, and is connected to the environment control module 5;

[0073] The control area analysis submodule 41 generates actual control instructions according to the position sorting within the area combined with the monitored environmental parameters and the preset standard parameters;

[0074] The control instruction output submodule 42 processes and converts the generated control instructions and then outputs them.

[0075] For further information, see Figure 6 The control region analysis submodule 41 includes an intra-region sorting and comparison unit 411 and a monitoring data comparison unit 412, the sorting and comparison unit is connected to the regional integration module 3, the monitoring data comparison unit 412 is connected to the sorting and comparison unit, and is connected to the control instruction output submodule 42;

[0076] The sorting and comparison unit analyzes the monitored environmental parameters after sorting and comparison according to the sorting marks of different regions in the same large area;

[0077] The monitoring data comparison unit 412 analyzes the sorted monitoring environment parameters through preset standard environment parameters, and determines the corresponding control scheme according to the sorted comparison analysis of the monitoring environment parameters.

[0078] In this embodiment, the intra-region sorting and comparison unit 411 and the monitoring data comparison unit 412 are mainly used to analyze the monitoring environmental parameters that have been arranged and combined. The intra-region sorting and comparison unit 411 first analyzes the monitoring position relationship in the same group, that is, the same large area, and then the monitoring data comparison unit 412 analyzes the difference in environmental parameters that need to be adjusted, and analyzes the corresponding instructions to jointly adjust the specified multiple areas. Finally, the corresponding control quality is transmitted to the control device provided in the corresponding area of ​​the environmental control module 5 through the control quality output submodule, and the corresponding intelligent control of the specified control device is completed.

[0079] For example, when analyzing two monitoring environment parameters with the same large area mark, the intra-area sorting and comparison unit 411 can first confirm the actual range monitored by the two monitoring environment parameters according to the corresponding mark, and then determine the specific value that needs to be adjusted in the area referred to by each monitoring environment parameter through the monitoring data comparison unit 412. When the two monitored ranges are close or even adjacent, and the adjustment value of the monitored environment parameter is large, for the control devices in the two corresponding ranges, the device in the area with the larger adjustment value can be selected for high-power control, while the adjacent area can be medium-power or even low-power control. Because the two control areas are close to each other, they will affect each other. Therefore, when the area with a smaller adjustment value is adjusted to a certain extent, the corresponding control device can be controlled to stop working, so as to wait for the control device on the other side to radiate to the similar and adjacent areas when performing high-power control;

[0080] This solution is most effective when regulating communication rooms with large public spaces. It can perform specific regulation on the regulation equipment in designated areas based on the monitoring data and the monitoring area. In particular, when there are multiple places in the same area that need to be adjusted, it can be selected whether to turn on the regulation equipment and how to control the regulation equipment to work based on the adjustment data. This enables more reasonable and accurate adjustment of designated regulation equipment based on the actual distribution position of the monitoring equipment in the room and the monitored environmental monitoring parameters, thereby optimizing the overall energy consumption of the corresponding control system.

[0081] See also Figure 7 , a Beidou data transmission method, using the communication room energy-saving system and method, comprises the following steps:

[0082] S1: The environment of the designated area is monitored by the environmental monitoring module 1, and the corresponding environmental parameters are generated and marked and output in combination with the specific monitoring area. Then, the monitored environmental parameters are compared and judged by the judgment module 2, so as to determine the area that needs environmental adjustment;

[0083] S2: The regional integration module 3 groups and sorts the environmental parameters that need to be adjusted selected by the judgment module 2 according to the regional labels, and then the instruction module 4 determines a specific control plan based on the grouping and sorting results combined with the actual adjustment parameter values;

[0084] S3: The generated control scheme is then converted into corresponding control instructions by the instruction module 4 and transmitted to the environment control module 5 , so as to complete the environment adjustment of the designated area by the environment control module 5 .

[0085] What is disclosed above is only a preferred embodiment of the present invention, and it certainly cannot be used to limit the scope of rights of the present invention. Ordinary technicians in this field can understand that all or part of the processes of the above embodiment and equivalent changes made according to the claims of the present invention still fall within the scope of the invention.

Claims

1. A communication room energy-saving system, comprising an environment control module, characterized in that: It also includes an environment monitoring module, a judgment module, a regional integration module and an instruction module, wherein the judgment module is connected to the environment monitoring module, the regional integration module is connected to the judgment module, the instruction module is connected to the regional integration module, and the environment control module is connected to the instruction module; The environmental monitoring module is used to monitor the environment in a specified area in real time and mark it according to the area attributes; The judgment module is used to analyze the monitored environmental data, and then judge the area that needs environmental adjustment and mark it; The regional integration module analyzes and integrates the marked monitoring data according to the actual monitoring range; The instruction module analyzes the corresponding control instructions according to the environmental monitoring data after the arrangement; The environmental control module adjusts the area that needs environmental adjustment by issuing control instructions.

2. The communication room energy saving system according to claim 1, characterized in that: The environmental monitoring module includes an actual monitoring submodule and an area marking submodule, wherein the area marking submodule is connected to the actual monitoring submodule and to the judgment module; The actual monitoring submodule is used to monitor the environment in the specified area and output corresponding environmental parameters; The region marking submodule marks the output environmental parameters according to different regional distributions.

3. The communication room energy saving system according to claim 1, characterized in that: The judgment module includes a monitoring data extraction submodule and a comparison mark submodule, and the comparison mark submodule is connected to the monitoring data extraction submodule and connected to the regional integration module; The monitoring data extraction submodule is used to extract the monitored environmental parameters; The comparison and marking submodule compares and judges the extracted monitoring parameters with the set standard environmental parameters, and marks them according to the judgment results.

4. The communication room energy saving system according to claim 1, characterized in that: The regional integration module includes a marking information sorting submodule and a merging and sorting submodule, and the merging and sorting submodule is connected to the marking information sorting submodule and connected to the instruction module; The tag information sorting submodule performs preliminary integration of parameters according to the regional tags of environmental parameters; The merge sorting submodule sorts the integrated environmental parameters according to the marks in the corresponding areas.

5. The communication room energy saving system according to claim 1, characterized in that: The instruction module includes a control region analysis submodule and a control instruction output submodule, wherein the control instruction output submodule is connected to the control region analysis submodule and is also connected to the environment control module; The control area analysis submodule generates actual control instructions according to the position sorting within the area combined with the monitored environmental parameters and the preset standard parameters; The control instruction output submodule processes and converts the generated control instructions and then outputs them.

6. The communication room energy saving system according to claim 2, characterized in that: The area marking submodule includes a large area marking unit and an intra-area marking unit, the large area marking unit is connected to the actual monitoring submodule, the intra-area marking unit is connected to the large area marking unit and is connected to the judgment module; The large area marking unit marks the monitored environmental parameters according to the large area distribution in the computer room; The intra-area marking unit marks the monitored environmental parameters according to the installation position of the monitoring equipment inside the large area of ​​the computer room.

7. The communication room energy saving system according to claim 4, characterized in that: The merge sorting submodule includes a large region integration unit and an intra-region sorting unit, the large region integration unit is connected to the tag information extraction submodule, the intra-region sorting unit is connected to the large region integration unit, and is connected to the instruction issuing module; The regional integration unit organizes and merges the environmental parameters of the same region through the extracted regional markers; The intra-region sorting unit sorts and arranges the monitoring environment parameters in the same large region according to the intra-region marks.

8. The communication room energy saving system according to claim 5, characterized in that: The regulatory region analysis submodule includes an intra-region sorting and comparison unit and a monitoring data comparison unit, wherein the sorting and comparison unit is connected to the regional integration module, and the monitoring data comparison unit is connected to the sorting and comparison unit and is also connected to the regulatory instruction output submodule; The sorting and comparison unit analyzes the monitored environmental parameters after sorting and comparison according to the sorting marks of different regions in the same large area; The monitoring data comparison unit analyzes the sorted monitoring environment parameters through preset standard environment parameters, and determines the corresponding control scheme based on the sorted comparison analysis of the monitoring environment parameters.

9. A communication room energy saving method, using the communication room energy saving method according to claim 1, characterized in that: The following steps are included: The environment monitoring module monitors the environment of the designated area, generates corresponding environmental parameters and outputs them in combination with the specific monitoring area. The judgment module then compares and judges the monitored environmental parameters to determine the area that needs environmental adjustment. The environmental parameters that need to be adjusted selected by the judgment module are grouped and sorted according to the regional labels by the regional integration module, and then the instruction module determines a specific control plan based on the grouping and sorting results combined with the actual adjustment parameter values; The generated control scheme is then converted into corresponding control instructions by the instruction module and transmitted to the environment control module, so that the environment adjustment of the designated area can be completed by the environment control module.

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