Energy-saving control system, control method and device for heating and ventilation equipment

Abstract

The invention relates to the technical field of power supply safety control, and discloses an energy-saving control system, method and device for heating and ventilation equipment, and the system comprises a monitoring module, a data storage module, an analysis module, an early warning notification module, a processing module and a recording module. The system has the advantages that a large amount of information data about the running of the heating and ventilation equipment can be obtained from the Internet through the data storage module, folders are created according to the models of the heating and ventilation equipment, information of the heating and ventilation equipment of different models can be stored in a classified mode, and when related information needs to be used, direct extraction is facilitated, and the use efficiency is improved. The information retrieval speed is improved, the image information transmitted by the monitoring module can be received through the analysis module, the models of the heating and ventilation equipment and all internal elements are judged, the operation condition of the heating and ventilation equipment in the image is analyzed according to the information of the heating and ventilation equipment under the normal working condition, and therefore whether the heating and ventilation equipment operates normally or not is checked.

Description

Technical Field

[0001] The present invention relates to the technical field of HVAC equipment, and in particular to an energy-saving control system, a control method and a device for HVAC equipment. Background Art

[0002] HVAC is a classification name for a type of work in building equipment. HVAC includes three aspects: heating, ventilation and air conditioning. Heating is a general term for technology, equipment and services that consumes a certain amount of energy to supply heat to the room so that the room maintains the required temperature for living or working. The heating system usually consists of three links: heat medium preparation, heat medium transportation and heat medium utilization.

[0003] When general HVAC equipment on the market has an internal fault, it is impossible to analyze the fault situation and determine whether an alarm is required. When a fault occurs, it is impossible to recommend a reasonable maintenance method, which requires direct manual judgment by maintenance personnel and can easily cause damage to maintenance personnel. For this reason, we propose an energy-saving control system, control method and device for HVAC equipment. Summary of the invention

[0004] In view of the deficiencies in the prior art, the present invention provides an energy-saving control system, a control method and a device for HVAC equipment.

[0005] The technical solution adopted by the present invention to solve the above technical problems is: A heating and ventilation equipment energy-saving control system and control method, the heating and ventilation equipment energy-saving control system and control method comprising a monitoring module, a data storage module, an analysis module, an early warning notification module, a processing module and a recording module; The monitoring module is connected in communication with the analysis module, the monitoring module is connected in communication with the display module, the data storage module is connected in communication with the analysis module, the analysis module is connected in communication with the early warning notification module and the display module, the early warning notification module is connected in communication with the processing module, and the processing module is connected in communication with the recording module; The monitoring module is used to monitor the interior of the HVAC equipment and transmit the monitored image information to the analysis module in real time; The display module is used to display and process information, making it convenient for maintenance personnel to view the internal conditions of HVAC equipment; The data storage module is used to connect to the Internet, and can obtain information about the status of HVAC equipment during normal use from the Internet. At the same time, different folders are created according to the configurations of different models, and the status information of HVAC equipment with different configurations during normal use is stored in different folders; The analysis module is used to analyze the model of the HVAC equipment. It can extract the information in the corresponding folder according to the model of the HVAC equipment, and at the same time receive the real-time picture information transmitted by the monitoring module, analyze the real-time picture with the information in the folder, and then transmit the analysis results to the processing module; The early warning notification module is used to warn the fire department and can create a location database to refresh the location of HVAC equipment in real time. When an early warning is needed, the location information will be transmitted to the fire department synchronously, and the early warning information and location information will be transmitted to the recording module at the same time; The processing module can provide five sets of optimal processing methods based on the analysis results to ensure the safety of maintenance personnel as much as possible, and then transmit the processing time, five sets of processing methods and the final processing method used to the recording module; The recording module is used to record the handling method, accident phenomenon and whether an alarm is issued to the fire department.

[0006] Furthermore, the monitoring module refers to a monitoring camera, which is installed inside the HVAC equipment and can monitor the interior of the HVAC equipment in real time. The monitoring camera can also be set so that the monitoring camera can obtain the situation inside the HVAC equipment at a set time interval, and then transmit the obtained situation of the HVAC equipment to the analysis module. The display module is installed on the outside of the HVAC equipment and can display the received information to the outside, thereby facilitating maintenance personnel to directly view the situation inside the HVAC equipment.

[0007] Furthermore, the data storage module is inserted into the interior of the display module, can be connected to the Internet, and retrieve status information about the HVAC equipment during normal operation from the Internet. At the same time, folders are constructed according to different models of HVAC equipment, and the status information of the HVAC equipment is optimized to remove useless internal information, and then the status information of different models of HVAC equipment is recorded in corresponding folders.

[0008] Furthermore, the analysis module is inserted into the display module, and can receive the real-time picture information transmitted by the monitoring module. After receiving the real-time picture information transmitted by the monitoring module, the model of the HVAC equipment in the real-time picture information is analyzed, and the information in the corresponding folder is extracted according to the analyzed model. At this time, the matters that should be paid attention to when using the HVAC equipment are obtained according to the extracted information. The specific matters are as follows; (1) Whether all components in the HVAC equipment are operating normally; (2) Whether the electrical parameters are stable; (3) Is there any noise when the HVAC equipment is started? (4) Check the load performance of the power system to see whether the normal power supply of the power system can be guaranteed; (5) When the HVAC equipment is in use, the temperature of each internal component can also provide feedback on whether the HVAC equipment has a fault.

[0009] Furthermore, the component temperature can be divided into four temperature levels. Assume that the temperature range in which the component can operate is , assuming the temperature of the component during operation is , and set four temperature levels, the specific temperature levels are as follows; A temperature level refers to the operating temperature of the component ; The second temperature level refers to the operating temperature of the component ; Three temperature levels, referring to the component operating temperature ; Four temperature levels, referring to the component operating temperature Beyond ; The different temperatures of the components are divided into levels. When there is an abnormality in the internal components, it is determined that there is a risk of failure in the HVAC equipment. Then the information on the different temperature levels of the components and whether there is a fault in the HVAC equipment is transmitted to the processing module and the early warning notification module.

[0010] Furthermore, the early warning notification module is inserted into the interior of the HVAC equipment and can create a location library to obtain the location of the HVAC equipment in real time. When receiving the information of the component temperature level and the HVAC equipment failure transmitted by the analysis module, it will determine whether the component temperature level and the HVAC equipment failure are within the controllable range of the maintenance personnel. The specific determination method is as follows; Assume that the limit beyond the controllable range of maintenance personnel is , assuming the number of existing faults is , assume that the five attention conditions account for 20% each, and the four temperature levels account for a quarter of the 20% each; when When the fault is judged to be within the control range of the maintenance personnel, When the fault situation is judged to be beyond the control of the maintenance personnel, the fault information and location information will be transmitted to the fire department, and the fire department will be notified to go to the location of the HVAC equipment in time, and then the judgment result will be transmitted to the processing module.

[0011] Furthermore, the processing module can receive information transmitted by the analysis module and the early warning notification module, and then analyze the fault information and recommend a processing method. The specific processing method is as follows; When the component operating temperature information is received and it is at a Class I temperature level, it is determined that the component is operating normally and does not require maintenance; When the component operating temperature information is received and it is in the second or third temperature level, it is judged that the component is operating abnormally and needs timely maintenance; When the received component operating temperature information is in the fourth temperature level, it is determined that the component is operating faulty and needs to be replaced; When receiving the maintenance personnel controllable information transmitted by the early warning notification module, a maintenance folder is constructed, and then five groups of processing methods are recommended based on the fault information of the HVAC equipment; When receiving the uncontrollable information of the maintenance personnel transmitted by the early warning notification module, a fire folder will be constructed and the handling method of the fire personnel will be recorded; When the fault handling is completed, the fault handling method will be transmitted to the recording module and the display module.

[0012] Furthermore, the recording module can receive fault information, fault handling method information and whether to notify the fire department transmitted by the processing module, and at the same time create folders for fault information, fault handling method and whether to notify the fire department, and create a fire handling method in the fire department folder to record the firefighters' fault handling method, and use the other two folders to store fault information and fault handling methods to facilitate subsequent analysis and viewing of the status of the HVAC equipment.

[0013] In addition, the present invention also provides a data center power supply safety control device, which is controlled according to the HVAC equipment energy-saving control system and control method.

[0014] Compared with the prior art, the present invention has the following beneficial effects: 1. The present invention can obtain a large amount of information data about HVAC equipment during operation from the Internet through the data storage module, and create folders according to the models of HVAC equipment, and can classify and store the information of HVAC equipment of different models, so that it is convenient to directly extract the relevant information when it is needed, thereby improving the speed of information retrieval. The analysis module can receive the screen information transmitted by the monitoring module, and determine the models of HVAC equipment and internal components, extract the information in the corresponding folder according to different models, and analyze the operating status of the HVAC equipment in the screen according to the information of the HVAC equipment under normal working conditions, so as to check whether the HVAC equipment is operating normally; 2. The present invention can provide maintenance suggestions to maintenance personnel through the display module when the internal components of the HVAC equipment fail, thereby improving the safety of the maintenance personnel. The early warning notification module can analyze the internal fault conditions of the HVAC equipment and determine whether the fault conditions are within the controllable range of the maintenance personnel. When the fault conditions are beyond the controllable range of the maintenance personnel, an alarm will be issued in time, and the location information of the HVAC equipment will be transmitted to the fire department, so that the fire department can go to the location of the HVAC equipment in time. 3. The present invention recommends five groups of maintenance methods according to the fault conditions through the processing module, so that maintenance personnel can conveniently refer to the recommended maintenance methods for maintenance, thereby improving the safety of maintenance personnel during maintenance. The fault conditions and the final maintenance methods can be recorded through the recording module. In subsequent maintenance, it is convenient to judge the previous maintenance conditions of the HVAC equipment, so that maintenance personnel can understand the status of the HVAC equipment and reduce the risks of maintenance personnel during maintenance. BRIEF DESCRIPTION OF THE DRAWINGS

[0015] Figure 1 It is a schematic diagram of the overall process in an embodiment of the present invention. DETAILED DESCRIPTION

[0016] The technical solution of the present invention is further described in detail below in conjunction with the accompanying drawings and specific embodiments.

[0017] Embodiment 1: Figure 1 As shown, the present invention provides a technical solution: a heating and ventilation equipment energy-saving control system and control method, the heating and ventilation equipment energy-saving control system and control method include a monitoring module, a data storage module, an analysis module, an early warning notification module, a processing module and a recording module; The monitoring module is connected in communication with the analysis module, the monitoring module is connected in communication with the display module, the data storage module is connected in communication with the analysis module, the analysis module is connected in communication with the early warning notification module and the display module, the early warning notification module is connected in communication with the processing module, and the processing module is connected in communication with the recording module; The monitoring module is used to monitor the interior of the HVAC equipment and transmit the monitored image information to the analysis module in real time; The display module is used to display and process information, making it convenient for maintenance personnel to view the internal conditions of HVAC equipment; The data storage module is used to connect to the Internet, and can obtain information about the status of HVAC equipment during normal use from the Internet. At the same time, different folders are created according to the configurations of different models, and the status information of HVAC equipment with different configurations during normal use is stored in different folders; The analysis module is used to analyze the model of the HVAC equipment. It can extract the information in the corresponding folder according to the model of the HVAC equipment, and at the same time receive the real-time picture information transmitted by the monitoring module, analyze the real-time picture with the information in the folder, and then transmit the analysis results to the processing module; The early warning notification module is used to warn the fire department and can create a location database to refresh the location of HVAC equipment in real time. When an early warning is needed, the location information will be transmitted to the fire department synchronously, and the early warning information and location information will be transmitted to the recording module at the same time; The processing module can provide five sets of optimal processing methods based on the analysis results to ensure the safety of maintenance personnel as much as possible, and then transmit the processing time, five sets of processing methods and the final processing method used to the recording module; The recording module is used to record the handling method, accident phenomenon and whether an alarm is issued to the fire department.

[0018] like Figure 1 As shown, the monitoring module refers to a monitoring camera, which is installed inside the HVAC equipment and can monitor the inside of the HVAC equipment in real time. The monitoring camera can also be set so that the monitoring camera can obtain the situation inside the HVAC equipment at a set time interval, and then transmit the obtained situation of the HVAC equipment to the analysis module. The display module is installed on the outside of the HVAC equipment and can display the received information to the outside, so as to facilitate the maintenance personnel to directly view the situation inside the HVAC equipment. The data storage module is inserted into the inside of the display module and can be connected to the Internet, and retrieve the status information of the HVAC equipment in normal operation from the Internet. At the same time, folders are constructed according to different models of HVAC equipment, and then the status information of the HVAC equipment is optimized to remove useless internal information, and then the status information of HVAC equipment of different models is recorded in the corresponding folders. The analysis module is inserted into the inside of the display module and can receive the real-time picture information transmitted by the monitoring module. After receiving the real-time picture information transmitted by the monitoring module, the model of the HVAC equipment in the real-time picture information will be analyzed, and the information in the corresponding folder will be extracted according to the analyzed model. At this time, the matters that should be paid attention to when using the HVAC equipment will be obtained according to the extracted information. The specific matters are as follows; (1) Whether all components in the HVAC equipment are operating normally; (2) Whether the electrical parameters are stable; (3) Is there any noise when the HVAC equipment is started? (4) Check the load performance of the power system to see whether the normal power supply of the power system can be guaranteed; (5) When the HVAC equipment is in use, the temperature of each internal component can also provide feedback on whether the HVAC equipment has a fault. The component temperature can be divided into four temperature levels. Suppose the temperature range in which the component can operate is , assuming the temperature of the component during operation is , and set four temperature levels, the specific temperature levels are as follows; A temperature level refers to the operating temperature of the component ; The second temperature level refers to the operating temperature of the component ; Three temperature levels, referring to the component operating temperature ; Four temperature levels, referring to the component operating temperature Beyond ; The different temperatures of the components are classified into different levels. When there is an abnormality in the internal components, it is determined that the HVAC equipment has a risk of failure. Then, the different temperature levels of the components and whether the HVAC equipment has a fault are transmitted to the processing module and the early warning notification module. In this embodiment, the interior of the HVAC equipment can be monitored through the monitoring module, and real-time monitoring or obtaining the image inside the HVAC equipment once at a set interval can be selected according to needs.

[0019] When in use, a large amount of information data about the operation of the HVAC equipment can be obtained from the Internet through the data storage module, and folders can be created according to the models of the HVAC equipment. The information of HVAC equipment of different models can be classified and stored, so that when the relevant information is needed, it is convenient to directly extract it, thereby improving the speed of information retrieval. The analysis module can receive the screen information transmitted by the monitoring module, and determine the models of the HVAC equipment and its internal components. The information in the corresponding folders can be extracted according to different models. The operating status of the HVAC equipment in the screen can be analyzed according to the information of the HVAC equipment under normal working conditions, so as to check whether the HVAC equipment is operating normally.

[0020] Embodiment 2: Figure 1 As shown, the present invention provides a technical solution: a heating and ventilation equipment energy-saving control system and control method, the heating and ventilation equipment energy-saving control system and control method include a monitoring module, a data storage module, an analysis module, an early warning notification module, a processing module and a recording module; The monitoring module is connected in communication with the analysis module, the monitoring module is connected in communication with the display module, the data storage module is connected in communication with the analysis module, the analysis module is connected in communication with the early warning notification module and the display module, the early warning notification module is connected in communication with the processing module, and the processing module is connected in communication with the recording module; The monitoring module is used to monitor the interior of the HVAC equipment and transmit the monitored image information to the analysis module in real time; The display module is used to display and process information, making it convenient for maintenance personnel to view the internal conditions of HVAC equipment; The data storage module is used to connect to the Internet, and can obtain information about the status of HVAC equipment during normal use from the Internet. At the same time, different folders are created according to the configurations of different models, and the status information of HVAC equipment with different configurations during normal use is stored in different folders; The analysis module is used to analyze the model of the HVAC equipment. It can extract the information in the corresponding folder according to the model of the HVAC equipment, and at the same time receive the real-time picture information transmitted by the monitoring module, analyze the real-time picture with the information in the folder, and then transmit the analysis results to the processing module; The early warning notification module is used to warn the fire department and can create a location database to refresh the location of HVAC equipment in real time. When an early warning is needed, the location information will be transmitted to the fire department synchronously, and the early warning information and location information will be transmitted to the recording module at the same time; The processing module can provide five sets of optimal processing methods based on the analysis results to ensure the safety of maintenance personnel as much as possible, and then transmit the processing time, five sets of processing methods and the final processing method used to the recording module; The recording module is used to record the handling method, accident phenomenon and whether an alarm is issued to the fire department.

[0021] like Figure 1 As shown, the early warning notification module is inserted into the interior of the HVAC equipment and can create a location library to obtain the location of the HVAC equipment in real time. When receiving the component temperature level and the information of the HVAC equipment failure transmitted by the analysis module, it will determine whether the component temperature level and the HVAC equipment failure are within the controllable range of the maintenance personnel. The specific judgment method is as follows; Assume that the limit beyond the controllable range of maintenance personnel is , assuming the number of existing faults is , assume that the five attention conditions account for 20% each, and the four temperature levels account for a quarter of the 20% each; when When the fault is judged to be within the control range of the maintenance personnel, When the fault is beyond the control of the maintenance personnel, the fault information and location information will be transmitted to the fire department, and the fire department will be notified to go to the location of the HVAC equipment in time, and then the judgment result will be transmitted to the processing module; In this embodiment, the received information can be displayed through the display module, so that maintenance personnel can check the status of the HVAC equipment conveniently.

[0022] When in use, when a fault occurs in the internal components of the HVAC equipment, the display module can provide maintenance personnel with maintenance display suggestions to improve the safety of the maintenance personnel. The early warning notification module can analyze the internal fault situation of the HVAC equipment to determine whether the fault situation is within the controllable range of the maintenance personnel. When it is beyond the controllable range of the maintenance personnel, an alarm will be issued in time, and the location information of the HVAC equipment will be transmitted to the fire department, so that the fire department can go to the location of the HVAC equipment in time.

[0023] Embodiment 3: Figure 1 As shown, the present invention provides a technical solution: a heating and ventilation equipment energy-saving control system and control method, the heating and ventilation equipment energy-saving control system and control method include a monitoring module, a data storage module, an analysis module, an early warning notification module, a processing module and a recording module; The monitoring module is connected in communication with the analysis module, the monitoring module is connected in communication with the display module, the data storage module is connected in communication with the analysis module, the analysis module is connected in communication with the early warning notification module and the display module, the early warning notification module is connected in communication with the processing module, and the processing module is connected in communication with the recording module; The monitoring module is used to monitor the interior of the HVAC equipment and transmit the monitored image information to the analysis module in real time; The display module is used to display and process information, making it convenient for maintenance personnel to view the internal conditions of HVAC equipment; The data storage module is used to connect to the Internet, and can obtain information about the status of HVAC equipment during normal use from the Internet. At the same time, different folders are created according to the configurations of different models, and the status information of HVAC equipment with different configurations during normal use is stored in different folders; The analysis module is used to analyze the model of the HVAC equipment. It can extract the information in the corresponding folder according to the model of the HVAC equipment, and at the same time receive the real-time picture information transmitted by the monitoring module, analyze the real-time picture with the information in the folder, and then transmit the analysis results to the processing module; The early warning notification module is used to warn the fire department and can create a location database to refresh the location of HVAC equipment in real time. When an early warning is needed, the location information will be transmitted to the fire department synchronously, and the early warning information and location information will be transmitted to the recording module at the same time; The processing module can provide five sets of optimal processing methods based on the analysis results to ensure the safety of maintenance personnel as much as possible, and then transmit the processing time, five sets of processing methods and the final processing method used to the recording module; The recording module is used to record the handling method, accident phenomenon and whether an alarm is issued to the fire department.

[0024] like Figure 1 As shown, the processing module can receive information transmitted by the analysis module and the early warning notification module, and then analyze the fault information and recommend a processing method. The specific processing method is as follows; When the component operating temperature information is received and it is at a Class I temperature level, it is determined that the component is operating normally and does not require maintenance; When the component operating temperature information is received and it is in the second or third temperature level, it is judged that the component is operating abnormally and needs timely maintenance; When the received component operating temperature information is in the fourth temperature level, it is determined that the component is operating faulty and needs to be replaced; When receiving the maintenance personnel controllable information transmitted by the early warning notification module, a maintenance folder is constructed, and then five groups of processing methods are recommended based on the fault information of the HVAC equipment; When receiving the uncontrollable information of the maintenance personnel transmitted by the early warning notification module, a fire folder will be constructed and the handling method of the fire personnel will be recorded; When the fault handling is completed, the fault handling method will be transmitted to the recording module and the display module. The recording module can receive the fault information, fault handling method information and whether to notify the fire department transmitted by the processing module, and create folders for fault information, fault handling method and whether to notify the fire department. In addition, a fire handling method is created in the fire department folder to record the fault handling method of the firefighters. The other two folders are used to store the fault information and fault handling method, which is convenient for subsequent analysis and viewing of the status of the HVAC equipment. In this embodiment, the processing module can receive information transmitted by the analysis module and the early warning notification module, and timely analyze the fault conditions inside the HVAC equipment according to the information transmitted by the analysis module and the early warning notification module.

[0025] When in use, the processing module recommends five groups of maintenance methods according to the fault situation, so that maintenance personnel can refer to the recommended maintenance methods for maintenance, thereby improving the safety of maintenance personnel during maintenance. The recording module can record the fault situation and the final maintenance method, which is convenient for judging the previous maintenance situation of the HVAC equipment during subsequent maintenance, so that maintenance personnel can understand the condition of the HVAC equipment and reduce the risks of maintenance personnel during maintenance.

[0026] Embodiment 4, as Figure 1 As shown, the present invention also provides a data center power supply safety control device, which is controlled according to the HVAC equipment energy-saving control system and control method.

[0027] Working principle: The first step is to obtain the status of the HVAC equipment, and set up real-time acquisition and interval time acquisition functions, so as to provide multiple acquisition methods, and obtain the status information of the HVAC equipment during normal operation on the Internet, and classify and store it according to the different models of HVAC equipment. When it is necessary to analyze the operation screen of the HVAC equipment, the model of the HVAC equipment and the model of each component in the screen can be analyzed, and the information in the corresponding folder can be extracted according to the different models; The second step is to determine whether the fault condition in the HVAC equipment is within the control range of the maintenance personnel. When the fault condition inside the HVAC equipment exceeds the control range of the maintenance personnel, the location information of the HVAC equipment will be transmitted to the fire department, and the fire department will be alarmed for processing. When the fault condition is within the control range of the maintenance personnel, five groups of maintenance methods will be recommended to the maintenance personnel for their reference, and the fault condition and maintenance method will be recorded. When the fault condition exceeds the control range of the maintenance personnel, the fault condition and the handling method of the fire department will be directly recorded. At this time, during subsequent maintenance, it is convenient to analyze the condition of the HVAC equipment.

[0028] The above-mentioned embodiments are only illustrative of the present invention, and are not limitations on the protection scope of the present invention. Those skilled in the art should be aware that, based on the technical solution of the present invention, various substitutions or modifications that can be made by those skilled in the art without creative work are still within the protection scope of the present invention.

Claims

1. A heating and ventilation equipment energy-saving control system and control method, characterized in that: The HVAC equipment energy-saving control system and control method include a monitoring module, a data storage module, an analysis module, an early warning notification module, a processing module and a recording module; The monitoring module is connected in communication with the analysis module, the monitoring module is connected in communication with the display module, the data storage module is connected in communication with the analysis module, the analysis module is connected in communication with the early warning notification module and the display module, the early warning notification module is connected in communication with the processing module, and the processing module is connected in communication with the recording module; The monitoring module is used to monitor the interior of the HVAC equipment and transmit the monitored image information to the analysis module in real time; The display module is used to display and process information, making it convenient for maintenance personnel to view the internal conditions of HVAC equipment; The data storage module is used to connect to the Internet, and can obtain information about the status of HVAC equipment during normal use from the Internet. At the same time, different folders are created according to the configurations of different models, and the status information of HVAC equipment with different configurations during normal use is stored in different folders; The analysis module is used to analyze the model of the HVAC equipment. It can extract the information in the corresponding folder according to the model of the HVAC equipment, and at the same time receive the real-time picture information transmitted by the monitoring module, analyze the real-time picture with the information in the folder, and then transmit the analysis results to the processing module; The early warning notification module is used to warn the fire department and can create a location database to refresh the location of HVAC equipment in real time. When an early warning is needed, the location information will be transmitted to the fire department synchronously, and the early warning information and location information will be transmitted to the recording module at the same time; The processing module can provide five sets of optimal processing methods based on the analysis results to ensure the safety of maintenance personnel as much as possible, and then transmit the processing time, five sets of processing methods and the final processing method used to the recording module; The recording module is used to record the handling method, accident phenomenon and whether an alarm is issued to the fire department.

2. A HVAC equipment energy-saving control system and control method according to claim 1, characterized in that: The monitoring module refers to a monitoring camera, which is installed inside the HVAC equipment and can monitor the interior of the HVAC equipment in real time. The monitoring camera can also be set so that the monitoring camera can obtain the situation inside the HVAC equipment at a set time interval, and then transmit the obtained situation of the HVAC equipment to the analysis module. The display module is installed on the outside of the HVAC equipment and can display the received information to the outside, thereby facilitating maintenance personnel to directly view the situation inside the HVAC equipment.

3. A HVAC equipment energy-saving control system and control method according to claim 2, characterized in that: The data storage module is inserted into the interior of the display module, can be connected to the Internet, and retrieve status information about the HVAC equipment during normal operation from the Internet. At the same time, folders are constructed according to different models of HVAC equipment, and the status information of the HVAC equipment is optimized to remove useless internal information, and then the status information of different models of HVAC equipment is recorded in the corresponding folders.

4. A HVAC equipment energy-saving control system and control method according to claim 3, characterized in that: The analysis module is inserted into the display module and can receive the real-time picture information transmitted by the monitoring module. After receiving the real-time picture information transmitted by the monitoring module, the model of the HVAC equipment in the real-time picture information is analyzed, and the information in the corresponding folder is extracted according to the analyzed model. At this time, the matters that should be paid attention to when using the HVAC equipment are obtained according to the extracted information. The specific matters are as follows; (1) Whether all components in the HVAC equipment are operating normally; (2) Whether the electrical parameters are stable; (3) Is there any noise when the HVAC equipment is started? (4) Check the load performance of the power system to see whether the normal power supply of the power system can be guaranteed; (5) When the HVAC equipment is in use, the temperature of each internal component can also provide feedback on whether the HVAC equipment has a fault.

5. A HVAC equipment energy-saving control system and control method according to claim 4, characterized in that: The component temperature can be divided into four temperature levels. Assume that the temperature range in which the component can operate is , assuming the temperature of the component during operation is , and set four temperature levels, the specific temperature levels are as follows; A temperature level refers to the operating temperature of the component ; The second temperature level refers to the operating temperature of the component ; Three temperature levels, referring to the component operating temperature ; Four temperature levels, referring to the component operating temperature Beyond ; The different temperatures of the components are divided into levels. When there is an abnormality in the internal components, it is determined that there is a risk of failure in the HVAC equipment. Then the information on the different temperature levels of the components and whether there is a fault in the HVAC equipment is transmitted to the processing module and the early warning notification module.

6. A HVAC equipment energy-saving control system and control method according to claim 5, characterized in that: The early warning notification module is inserted into the interior of the HVAC equipment and can create a location library to obtain the location of the HVAC equipment in real time. When receiving the component temperature level and the information of the HVAC equipment failure transmitted by the analysis module, it will determine whether the component temperature level and the HVAC equipment failure are within the controllable range of the maintenance personnel. The specific judgment method is as follows; Assume that the limit beyond the controllable range of maintenance personnel is , assuming the number of existing faults is , assume that the five attention conditions account for 20% each, and the four temperature levels account for a quarter of the 20% each; when When the fault is judged to be within the control range of the maintenance personnel, When the fault situation is judged to be beyond the control of the maintenance personnel, the fault information and location information will be transmitted to the fire department, and the fire department will be notified to go to the location of the HVAC equipment in time, and then the judgment result will be transmitted to the processing module.

7. A HVAC equipment energy-saving control system and control method according to claim 6, characterized in that: The processing module can receive information transmitted by the analysis module and the early warning notification module, and then analyze the fault information and recommend a processing method. The specific processing method is as follows; When the component operating temperature information is received and it is at a Class I temperature level, it is determined that the component is operating normally and does not require maintenance; When the component operating temperature information is received and it is in the second or third temperature level, it is judged that the component is operating abnormally and needs timely maintenance; When the received component operating temperature information is in the fourth temperature level, it is determined that the component is operating faulty and needs to be replaced; When receiving the maintenance personnel controllable information transmitted by the early warning notification module, a maintenance folder is constructed, and then five groups of processing methods are recommended based on the fault information of the HVAC equipment; When receiving the uncontrollable information of the maintenance personnel transmitted by the early warning notification module, a fire folder will be constructed and the handling method of the fire personnel will be recorded; When the fault handling is completed, the fault handling method will be transmitted to the recording module and the display module.

8. The HVAC equipment energy-saving control system and control method according to claim 7, characterized in that: The recording module is capable of receiving fault information, fault handling method information and information on whether to notify the fire department transmitted by the processing module, and at the same time creating folders for fault information, fault handling method and whether to notify the fire department, and creating a fire handling method in the fire department folder, recording the firefighters' fault handling method, and using the other two folders to store fault information and fault handling methods, to facilitate subsequent analysis and viewing of the status of the HVAC equipment.

9. A device suitable for a heating and ventilation equipment energy-saving control system and control method according to any one of claims 1 to 8, characterized in that: The data center power supply safety control device is controlled according to the HVAC equipment energy-saving control system and control method.

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