CN101344779B - Network Remote Air Conditioning Equipment Monitoring and Management System - Google Patents

Abstract

The present invention discloses a network-based remote air conditioning equipment monitoring and management system, which can be used to allow users to perform network-based real-time monitoring and management of one or more groups of remote air conditioning equipment through a network system. The characteristics of this network-based remote air conditioning equipment monitoring and management system are that it can provide network-based real-time monitoring and management functions and efficient power consumption management for the controlled air conditioning equipment to achieve the purpose of saving energy and operating costs, and can provide real-time abnormal warning functions to maintain the availability of the air conditioning equipment.

Description

Network Remote Air Conditioning Equipment Monitoring and Management System

technical field

The present invention relates to a computer network technology, in particular to a networked remote air-conditioning equipment monitoring and management system, which can perform networked real-time monitoring and management work on one or more remote air-conditioning equipments through a network system.

Background technique

Air-conditioning equipment is widely used and installed in various buildings, especially in large-scale business places (such as office buildings, factory buildings, restaurants, hospitals, supermarkets, supermarkets, mass merchandise stores, department stores, movie theaters). . The current air-conditioning equipment usually integrates a cooling and heating unit, an air-conditioning unit (Air Handling Unit, AHU), a pre-cooling air-conditioning unit (Precooling Air Handler, PAH), and a fan (Fan Coil Unit, FCU). Basically, the function of air-conditioning equipment is to adjust the air in a closed indoor space to a comfortable temperature value, and through the continuous circulation of air, the indoors will not be exhausted due to the accumulation of excessively high carbon dioxide concentrations. .

Regarding the operation and management of air-conditioning equipment, equipment managers usually need to perform various monitoring and management tasks on the running air-conditioning equipment during its actual operation. For example, managers need to monitor whether the indoor temperature, humidity, and carbon dioxide concentration are within predetermined ranges. Furthermore, when the air-conditioning equipment is actually in operation, the management personnel also need to monitor whether its operation is normal at any time; if any abnormal operation occurs, the management personnel must immediately carry out maintenance work. In addition, as far as long-term operation is concerned, managers need to know the power consumption of each air-conditioning equipment as a reference for controlling operating costs.

Traditionally, the above-mentioned monitoring and management work is usually performed by managers to visually check whether the air-conditioning equipment is operating normally, and also to check various instruments visually and record the usage of the air-conditioning equipment in written form. Electrical conditions (load voltage, load current, and power consumption). When it is necessary to analyze the long-term overall operating performance (that is, power consumption) of air-conditioning equipment, managers can use these written records for statistical analysis.

In order to solve the inconvenience of the above-mentioned operation management method of air-conditioning equipment, there is a technology in the prior art that utilizes a local data processing device to monitor or manage the air-conditioning equipment. Specifically, for example, the operation control or monitoring of air-conditioning equipment in a certain office building is performed near-end monitoring through a monitoring platform in a local area network. Although this kind of near-end monitoring method can solve part of the inconvenience and low efficiency caused by human monitoring and management, it still has other major shortcomings such as the limitation of monitoring space. Integration with information, so it is still unable to effectively improve the efficiency of air-conditioning equipment management.

However, the disadvantage of the above-mentioned manual and paper-based air-conditioning equipment monitoring and management work is that it is obviously time-consuming and labor-intensive and inefficient. In addition, when an abnormal operating condition of the air-conditioning equipment occurs, the management personnel usually cannot know immediately at the first time, so that the maintenance work often causes delays.

Contents of the invention

An object of the present invention is to provide a networked remote air-conditioning equipment monitoring and management system for equipment managers to perform networked real-time monitoring and management of remote air-conditioning equipment through the network.

Another object of the present invention is to provide a network-type remote air-conditioning equipment monitoring and management system, which can report the abnormal operation status of the controlled air-conditioning equipment in real time, thereby facilitating immediate maintenance work.

The network-type remote air-conditioning equipment monitoring and management system of the present invention is constructed in a distributed architecture, and at least includes: (A) a server unit; and (B) an equipment unit; wherein the server unit is integrated into a server, And the server is connected to the network system for allowing a network workstation to control the server unit through the network system; and the structure of the server unit at least includes: (A1) a control interface module; and (A2) a The monitoring data storage module is used to store the specifications and management data related to each controlled air-conditioning equipment; and may further optionally include: (A3) a statistical analysis module for periodic operating characteristics; the equipment end unit is integrated into the The controlled air-conditioning equipment is connected to the network system, and its structure includes at least: (B0) a network connection module; (B1) a device-end server module; and (B2) an operation status monitoring module, including an operation status monitoring device and an operating state controller, wherein the operating state monitor includes: a switch monitoring mechanism for monitoring the power switch state of the air conditioner; a power consumption monitoring mechanism for monitoring the load voltage and load of the air conditioner current, and power consumption; a temperature sensing mechanism for sensing the temperature at the location of the air conditioner; a humidity sensing mechanism for sensing the humidity at the location of the air conditioner; and a carbon dioxide concentration sensor Measuring mechanism for sensing the carbon dioxide concentration where the air conditioner is located.

In another form of the present invention, the control interface module in the servo unit further includes an air-conditioning equipment start-up scheduling function, which is used to preset a start-up time period for each controlled air-conditioning equipment, so that the air-conditioning equipment will It can only be enabled during the enabled period.

In yet another form of the present invention, the control interface module in the server unit further includes a user identity authentication module, which is used for system security management and control, and confirms whether the user has the right to enter the control interface provided by the control interface module .

In yet another form of the present invention, the equipment-side servo module in the equipment-side unit further includes an abnormal condition warning mechanism, and when the operating characteristic value monitored by the operating state monitor shows an abnormal condition, responding An alert message is issued to notify the network workstation.

The types of network systems described in the present invention include the Internet, intra-organizational network systems, inter-organizational network systems, wired LAN systems, wireless LAN systems, and virtual private network systems.

The network connection module of the present invention is connected to the network system, can adopt wired ADSL (Asynchronous Digital Subscriber Line) or FTTB (Fiber To The Building) network connection structure, or adopt wireless (wireless) network link structure.

Compared with the background technology, the present invention has the following advantages: (1) It can provide networked real-time monitoring and management functions for the controlled air-conditioning equipment, and allow managers of multiple different users to It is possible to remotely grasp the operating status of each air-conditioning equipment they own through the network workstation in real time, set the required operating status, and adjust the operating performance to reduce inefficient operation and establish the best operating performance mode; (2 ) It can provide efficient power consumption management for controlled air-conditioning equipment to achieve the purpose of saving energy and operating costs; (3) It can provide real-time abnormal warnings, so that managers can maintain abnormal air-conditioning equipment in real time (4) Through the user identity authentication mechanism, specific authorized users can be restricted from remote monitoring and management, so as to achieve the purpose of centralized control; (5) The monitoring data stored in the storage module The historical data of the operating characteristics and operating status of air-conditioning equipment are analyzed according to different user types (such as office buildings, factories, restaurants, hospitals, supermarkets, supermarkets, mass merchandise stores, department stores, movie theaters, etc.), and can be used as future air-conditioning equipment. It is a reference for operation control setting, management and maintenance when manufacturers manufacture air-conditioning equipment products.

Description of drawings

Fig. 1 is a schematic diagram of application, which is used to show the application mode of the network-type remote air-conditioning equipment monitoring and management system of the present invention;

FIG. 2A is a schematic diagram showing the internal basic structure of the server unit in the network-type remote air-conditioning equipment monitoring and management system of the present invention; and

FIG. 2B is a schematic diagram showing the internal basic structure of the equipment end unit in the networked remote air-conditioning equipment monitoring and management system of the present invention.

Description of component symbols

10 Network system 20 Network workstation

30 Air conditioning equipment (controlled equipment)

31 Temperature regulation mechanism 32 Humidity regulation mechanism

33 suction mechanism 40 server

50 The network-type remote air-conditioning equipment monitoring and management system of the present invention

100 Servo end unit 101 Remote device communication module

110 control interface module

111 User identity authentication module

120 monitoring data storage module

130 Statistical analysis module of periodic operating characteristics

200 Device end unit 201 Network connection module

210 Device-side servo module 211 Abnormal condition warning mechanism

221 Operating Status Monitor 221a Switch Monitoring Mechanism

221b Power Consumption Monitoring Mechanism 221c Temperature Sensing Mechanism

221d Humidity Sensing Mechanism 221e Carbon Dioxide Concentration Sensing Mechanism

222 Operating state controller 220 Operating state monitoring module

Detailed ways

In the following, the embodiments of the networked remote air-conditioning equipment monitoring and management system of the present invention are disclosed in detail in conjunction with the accompanying drawings.

Fig. 1 shows the application mode of the network-type remote air-conditioning equipment monitoring and management system of the present invention (the part indicated by the dotted square indicated by the label 50). As shown in the figure, the network-type remote air-conditioning equipment monitoring and management system 50 of the present invention is matched to a network system 10 in practical applications, such as the Internet (Internet), an intranet system (intranet), an inter-organization network system (extranet) ), a wired/wireless local area network system (Local AreaNetwork, LAN), or a virtual private network system (Virtual Private Network, VPN), which is used to allow one or more users (ie managers) to use their network workstations 20 and carry out a networked and real-time monitoring and management to one or more groups of remote air-conditioning equipment 30 (Fig. 1 only shows three groups of air-conditioning equipment 30; but its number is not limited) through the network system 10 Work. These air conditioners 30 include a temperature adjustment mechanism 31, a humidity adjustment mechanism 32, and an air extraction mechanism 33; wherein the temperature adjustment mechanism 31 can be a heating and cooling system to regulate indoor temperature to generate cold air or heating; humidity adjustment Mechanism 32 can be a dehumidification system to regulate indoor humidity through dehumidification; and exhaust mechanism 33 can be a fan-type exhaust system, especially a fan-type exhaust system with a precooling function (precooling) to extract outdoor air. The air is injected into the closed indoor space through pre-cooling.

As shown in Figure 1, the network-type remote air-conditioning equipment monitoring and management system 50 of the present invention is constructed in a distributed architecture, comprising at least two groups of dispersed units: (A) a server unit 100; and (B) a device End unit 200; wherein the server end unit 100 is integrated into one or more servers 40, and its internal structure includes at least as shown in Figure 2A: (A0) a remote device communication module 101; (A1) a control interface module 110; and (A2) a monitoring data storage module 120; and can further optionally include: (A3) a periodical operating characteristic statistical analysis module 130; and the equipment end unit 200 is then integrated into each controlled air conditioner 30 , and its internal structure as shown in Figure 2B at least includes: (B0) a network connection module 201; (B1) a device end server module 210; (B2) an operation status monitoring module 220, its internal structure includes an operation A state monitor 221 and an operation state controller 222 . In specific implementation, the server unit 100 can be fully realized with a software program, and this software program is installed to the server 40; The monitoring module 220 is a hardware device.

The individual attributes and functions of each component in the server unit 100 will be firstly described below.

The remote device communication module 101 is used to enable the server unit 100 to exchange data with the remote device unit 200 through the network system 10; The operating characteristics (operating characteristics) of some controlled air-conditioning equipment 30, such as the current switch status of each air-conditioning equipment 30, the current temperature setting value, the current humidity setting value, the current air supply volume, temperature and humidity, carbon dioxide Concentration, and the current power consumption status (load voltage, load current, and power consumption), and each control command issued by the server end unit 100 can be transmitted to the equipment end unit 200 through the network system 10 .

The control interface module 110 is used to provide a control interface for each network workstation 20 connected to the server 40, such as a windowed graphical interface, so as to provide a controlled device for the user of the network workstation 20 (ie, the administrator) The operation status display function, an instruction setting function, and an air-conditioning equipment start-up scheduling function. The operation state display function of the controlled equipment is used to display the operation state and related data of each air conditioner 30, such as including the configuration location of each air conditioner 30, the current switch state, the current temperature setting value and the actual indoor temperature value, the current The humidity setting value and the actual indoor humidity value, the current air supply volume and the actual indoor carbon dioxide concentration value, power consumption status (load voltage, load current, and power consumption), and can further display the relevant information of each air conditioner 30 Specifications and management data, such as brand, model, specification, purchase unit, purchase date, storage period, installation location, custodian name, maintenance and maintenance records, etc. The command setting function can provide a group of control command sets that users can click and set for each air conditioner 30, and send the control command selected by the user to the Each air conditioner 30. The control commands provided by the control command set include, for example, the setting of the switch state, the required temperature setting value, the required humidity setting value, and the required air supply volume. The air-conditioning equipment activation scheduling function can be used by managers to pre-set an activation period for each controlled air-conditioning equipment 30, such as 7:50AM-17:00PM every day, so that the air-conditioning equipment 30 can be activated during this activation period. Only then can it be opened and used by on-site users or directly and automatically opened.

In this embodiment, the control interface module 110 further includes a user identity authentication module 111, which is used for system security management and control, and confirms whether the users of each network workstation 20 connected to the server 40 have the right to enter the control interface module. The user interface provided. Specifically, the user identity authentication module 111 may require users of each network workstation 20 connected to the server 40 to input identity authentication data such as account numbers and passwords, and determine whether the input identity authentication data such as account numbers and passwords comply with the default authorization. Identification data, if the user passes the authorization authentication, then make the control interface module 110 provide the operation interface to each network workstation 20 connected to the server 40, and perform the above-mentioned operations; if the user does not pass the authorization authentication, then The control interface module 110 is prohibited from providing the control interface to each network workstation 20 connected to the server 40 .

The monitoring data storage module 120 is used to store the operating characteristics of each controlled air-conditioning equipment 30 during actual operation and related data set by the user, that is, switch status, temperature setting value, humidity setting value, air supply volume, and historical records of power consumption conditions (load voltage, load current, and power consumption), and these operating characteristic values can be displayed on the network workstation 20 through the above-mentioned control interface module 110 . In addition, the monitoring data storage module 120 can also be used to pre-store specifications and management data related to each controlled air-conditioning equipment 30, such as brand, model, specification, purchase unit, purchase date, storage period, installation location, custodian Name, maintenance and maintenance records, etc.

The periodic operating characteristic statistical analysis module 130 can collect the operating characteristic data of each controlled air conditioner 30 within a predetermined period (for example, every 3 months) to generate an electricity consumption status analysis report. For example, the periodic operating characteristic statistical analysis module 130 can count the total power consumption of each controlled air conditioner 30 every 3 months, and generate an electronic power consumption status analysis report, which shows that each controlled air conditioner The daily usage situation (activation time, temperature setting value, power consumption) of the controlled air conditioner 30 and the total power consumption statistical data in units of months, seasons, or years. The manager can read or print the analysis report through the control interface module 110 on the network workstation 20 , so as to serve as a reference for monitoring and managing the controlled air conditioner 30 in the future.

The individual properties and functions of each component in the device end unit 200 will be described below.

The network connection module 201 is used to connect the equipment end unit 200 to the network system 10, and the connection method can be, for example, a wired ADSL (Asynchronous Digital Subscriber Line) or FTTB (Fiber To The Building) network connection structure, or A wireless network connection structure is adopted to allow the device unit 200 to communicate with the server unit 100 through the network system 10 .

The equipment-side servo module 210 is connected to the network connection module 201 to collect various operating characteristic data monitored by the operation status monitor 221, and the collected operating characteristic data is passed through the network connection module 201 and through the network system 10 to transmit to the server end unit 100; and further distribute the control command sent by the server end unit 100 through the network system 10 to the operation status controller 222 to which the relevant air conditioner 30 belongs. The embodiment shown in FIG. 2B only shows that the network connection module 201 is connected to a group of device-side server modules 210; but the number of device-side server modules 210 that can be connected depends on the number of connection ports of the network connection module 201, and there is no special requirement. limit. Furthermore, the equipment-side servo module 210 includes an abnormal condition warning mechanism 211, which can monitor whether an abnormal condition occurs in the operation status of each air conditioner 30; Send back to the server unit 100 to inform the management personnel, so that the management personnel can perform necessary maintenance work on the air conditioner 30 that has abnormal conditions. The basic mode of operation of the abnormal condition warning mechanism 211 is, for example, after the control interface module 110 sends a control command to the air conditioner 30, the operation status monitor 221 monitors whether the operation status of the air conditioner 30 reaches the required value of the control command. or within a predetermined range; if not, a warning message will be issued immediately. For example, assuming that the administrator sets the required temperature to 25 degrees Celsius through the control interface module 110, after the relevant control command is sent to the air conditioner 30, the operation status monitor 221 to which it belongs can continuously monitor the air conditioner Whether the temperature of the cold air provided by the temperature regulation mechanism 31 of the 30 is equal to 25 degrees Celsius; if not (for example, it is still 28 degrees Celsius and lasts for half an hour), the abnormal condition warning mechanism 211 immediately sends a warning message to the network workstation 20, Ask the management personnel to perform maintenance work on the temperature adjustment mechanism 31 of the air conditioner 30 .

The operating state monitor 221 in the operating state monitoring module 220 can monitor the operating state of each air conditioner 30 during actual operation to obtain its operating characteristic values, and return the monitored operating characteristic values to the equipment-side servo module 210 , make the device server module 210 transmit it to the server unit 100 through the network system 10 . In practice, the operating state monitor 221 includes, for example, a switch monitoring mechanism 221a, a power consumption monitoring mechanism 221b, a temperature sensing mechanism 221c, a humidity sensing mechanism 221d, and a carbon dioxide concentration sensing mechanism 221e; The switch monitoring mechanism 221a is used to monitor whether the power switch of the air conditioner 30 is turned on; the power consumption monitoring mechanism 221b is used to monitor the load voltage, load current, and power consumption of the air conditioner 30; the temperature sensing mechanism 221c is used to to sense the indoor temperature of the air conditioner 30; the humidity sensing mechanism 221d is used to sense the indoor humidity of the air conditioner 30; and the carbon dioxide concentration sensing mechanism 221e is used to sense the indoor temperature of the air conditioner 30. carbon dioxide concentration.

The operating state controller 222 in the operating state monitoring module 220 can control each controlled air conditioner 30 to realize the required operating state according to various control commands transmitted from the server unit 100 through the network system 10 . For example, the operating state of the air conditioner 30 that can be adjusted by the control command includes, for example, switch (ON/OFF), temperature, humidity, and air supply volume.

The following describes the overall operation of the network remote air conditioner monitoring and management system 50 of the present invention in actual application.

In actual operation, as long as the administrator connects his network workstation 20 to the server 40 through the network system 10 , he can use the server unit 100 to monitor and manage the remote controlled air conditioner 30 . For example, the administrator can turn on or off the power of the controlled air conditioner 30 by manipulating the interface module 110 , and then set its temperature, humidity, and air volume. The control interface module 110 can respond to the management personnel's control instructions to issue corresponding control commands, and make the remote device communication module 101 transmit these control commands to the device end unit 200 through the network system 10 .

When the network connection module 201 in the device-side unit 200 receives the control command sent by the server-side unit 100 through the network system 10, it will forward the received control command to the device-side servo module 210, so that the device-side server The module 210 interprets the content of the control command to generate a corresponding control signal, and servos the control signal to the operation state controller 222 of the corresponding air conditioner 30, so that the operation state controller 222 controls the air conditioner to which it belongs. The equipment 30 achieves the operational status required by the management personnel.

After the controlled air conditioner 30 is turned on, the operating state monitor 221 can continuously monitor the operating state of each controlled air conditioner 30 to obtain its operating characteristic value, and return the monitored operating characteristic value For the device-side server module 210 , the device-side server module 210 transmits to the server-side unit 100 through the network system 10 . For example, the monitorable operating characteristics of the air conditioner 30 include switch status (ON/OFF), power consumption status (load voltage, load current, power consumption), temperature, humidity, indoor carbon dioxide concentration, and air supply volume. .

When the server unit 100 receives the operating characteristic data, it stores it in the monitoring data storage module 120 . At this time, the manager can read the operating characteristic data stored in the monitoring data storage module 120 by manipulating the interface module 110 , so as to know the current operating status of each controlled air conditioner 30 .

In addition, the network-type remote air-conditioning equipment monitoring and management system 50 of the present invention can further be used to provide an air quality monitoring function for the indoor environment where the air-conditioning equipment 30 is located. The specific method of this application is to use the carbon dioxide concentration sensing mechanism 221e shown in FIG. Whether the current carbon dioxide concentration value is higher than a predetermined critical value; if so, for example, an air extraction control signal can be automatically output to the operation state controller 222, so that the operation state controller 222 controls the air extraction mechanism 33 in the air conditioner 30 Start the pre-cooling air-conditioning box to increase the air extraction speed, thereby increasing the air extraction volume to introduce the outdoor air into the room, and at the same time transmit this situation back and forth to the server end unit 100 through the network system 10, so that the management personnel can obtain Know this situation. If the carbon dioxide concentration cannot be reduced after increasing the pumping speed, the management personnel can notify the on-site personnel to take appropriate measures, such as opening doors and windows.

If any air conditioner 30 has an abnormal operating condition, then the equipment-side servo module 210 can detect the abnormal operating condition and respond to return a warning message to the server unit 100, so that the management personnel can monitor the abnormal condition of the air-conditioning equipment. 30 to perform necessary repair work. The specific method of this warning function is to use the operating state monitor 221 to monitor the operating characteristic value during actual operation, and then the abnormal condition warning mechanism 211 is responsible for comparing whether the current operating characteristic value is equal to the default value or within a preset range If not, output a warning message. For example, assuming that the administrator sets the required temperature to 25 degrees Celsius through the control interface module 110, after the relevant control command is sent to the air conditioner 30, the operation status monitor 221 to which it belongs can continuously monitor the air conditioner Whether the temperature of the cold air provided by the temperature regulation mechanism 31 of the 30 is equal to 25 degrees Celsius; if not (for example, it is still 28 degrees Celsius and lasts for half an hour), the abnormal condition warning mechanism 211 immediately sends a warning message to the network workstation 20, Ask the management personnel to perform maintenance work on the temperature adjustment mechanism 31 of the air conditioner 30 .

Within a predetermined period (for example, every 3 months) after the controlled air-conditioning equipment 30 starts to operate, the periodic operating characteristic statistical analysis module 130 in the server end unit 100 can automatically count each controlled air-conditioning equipment 30 operating characteristics data, and thereby generate an electronic power consumption status analysis report, which shows the daily usage of each controlled air conditioner 30 (start time, temperature setting value, power consumption) and monthly, Seasonal or yearly total power consumption statistics. The manager can read or print the analysis report through the control interface module 110 on the network workstation 20 , so as to serve as a reference for monitoring and managing the controlled air conditioner 30 in the future. In practical applications, management personnel can refer to the power consumption status analysis report to perform an optimal start-up scheduling function for the air-conditioning equipment 30 . For example, 8:00 am is the working time, and employees usually adjust the air-conditioning equipment to a very low temperature setting value to achieve a rapid cooling effect when they first enter the office; but since 8:00 is usually the beginning of the peak power consumption period The price of electricity is high, so the power consumption of air-conditioning equipment under high operating load is high and uneconomical. The management staff can use the activation scheduling function provided by the present invention to make the air conditioner 30 automatically start running at 7:30, for example. This approach can not only avoid periods of high electricity prices, but also allow employees to enjoy the lowered indoor temperature when they enter the office after 8 o'clock.

In a word, the networked remote air-conditioning equipment monitoring and management system of the present invention has at least the following advantages: (1) It can provide networked real-time monitoring and management functions for the controlled air-conditioning equipment, and allow multiple different The user's management personnel can remotely grasp the operating status of each air-conditioning equipment they own through the network workstation in real time, set the required operating status, and adjust the operating performance to reduce inefficient operation and establish the best operating performance. (2) It can provide efficient power consumption management for the controlled air-conditioning equipment to achieve the purpose of saving energy and operating costs; (3) It can provide real-time abnormality warnings, so that managers can monitor abnormalities in real time The air conditioner performs maintenance work to maintain the availability of the equipment. Therefore, the present invention has better progress and practicability than the background technology; (4) Through the user identity authentication mechanism, specific authorized users can be restricted from remote monitoring (5) According to different user types (such as office buildings, factories, restaurants, hospitals, supermarkets, Supermarkets, mass merchandise stores, department stores, movie theaters, etc.) can be used as a reference for air-conditioning equipment manufacturers to operate control settings, management, and maintenance when manufacturing air-conditioning equipment products.

The above descriptions are only preferred embodiments of the present invention, and are not intended to limit the scope of the substantive technical content of the present invention. The essential technical content of the present invention is broadly defined in the claims. If the technical entity or method accomplished by any other person is exactly the same as that defined in the claims, or is an equivalent change, it will be deemed to be covered by the scope of the claims of the present invention.

Claims (11)

1. network type remote monitoring management system for air-conditioner device, in order to being positioned at the remote equipment monitoring management work that long-range air-conditioning equipment provides a networking at least one group,

This network type remote monitoring management system for air-conditioner device is established in a distributed framework, and it comprises server-side unit and equipment end unit that two components are loose at least, wherein,

This server-side unit is integrated into the server of a network system, uses for a network workstation and controls this server-side unit by this network system; The framework of this server-side unit comprises at least:

One operation and control interface module, provide an operation and control interface to the network workstation that is online to this server, and provide at least one controlled plant mode of operation Presentation Function and one the instruction set-up function, wherein, this controlled plant mode of operation Presentation Function is mode of operation and the related data in order to show the air-conditioning equipment that each is controlled, this instruction set-up function is the steering order collection in order to provide a group to supply the user to select then, and the selected steering order of user is to send out by this network system; And

One monitor data storage module, in order to operational values characteristic and the related data that stores this air-conditioning equipment, and by next this a little operational values characteristic and the related data of on this network workstation, demonstrating of this operation and control interface module; And

This equipment end unit is integrated into each controlled air-conditioning equipment and is linked to this network system, and its framework comprises at least:

One network connections module is linked to this network system;

One equipment end servo module is linked to the network connections module, and being used to the air-conditioning equipment end changes the energy of passing on Gong to two-way data are provided between each controlled air-conditioning equipment and this server-side unit; And

One mode of operation monitoring module, comprise a mode of operation monitor and a mode of operation controller, wherein this mode of operation monitor is in order to monitor the mode of operation of each controlled air-conditioning equipment when the actual motion, and send the operations characteristic value that is monitored to this equipment end servo module, make this equipment end servo module send this server-side unit to by this network system, this mode of operation controller then is controlling each controlled air-conditioning equipment by this server-side unit via every steering order that this network system sent and realize out desired mode of operation according to this equipment end biography that servo module changes.

2. network type remote monitoring management system for air-conditioner device according to claim 1, wherein the type of this network system comprises network system, system of interorganizational network, wired formula LAN system, wireless type LAN system and virtual private network system in the Internet, the tissue.

3. network type remote monitoring management system for air-conditioner device according to claim 1, wherein the equipment end servo module in this equipment end unit more comprises an alarm to exception status mechanism, when the operational values characteristic that is monitored in this mode of operation monitor shows a unusual condition, responsively send an information warning and give this network workstation.

4. network type remote monitoring management system for air-conditioner device according to claim 1, wherein this server-side unit more comprises a periodicity operating characteristic statistical analysis module, and the operational values characteristic that is used to each controlled air-conditioning equipment of statistics in the scheduled period produces the electricity consumption status analysis form of an electronic type.

5. network type remote monitoring management system for air-conditioner device according to claim 1, wherein this network connections module mode of being linked to this network system is to adopt ADSL (Asynchronous Digital Subscriber Line) network connections framework.

6. network type remote monitoring management system for air-conditioner device according to claim 1, wherein this network connections module mode of being linked to this network system is to adopt FTTB (Fiber ToThe Building) network connections framework.

7. network type remote monitoring management system for air-conditioner device according to claim 1, wherein this network connections module mode of being linked to this network system is to adopt the network connections framework of wireless type.

8. network type remote monitoring management system for air-conditioner device according to claim 1, wherein this monitor data storage module is in order to store specification and the management data that each controlled air-conditioning equipment is correlated with.

9. network type remote monitoring management system for air-conditioner device according to claim 1, wherein the mode of operation monitor in this mode of operation monitoring module comprises:

One switch monitoring mechanism is in order to monitor the switching-on and switching-off state of this air-conditioning equipment;

One power consumption monitoring mechanism is in order to load voltage, load current and the power consumption of monitoring this air-conditioning equipment;

One temperature sensing mechanism is in order to the temperature of this air-conditioning equipment whereabouts of sensing;

One humidity mechanism is in order to the humidity of this air-conditioning equipment whereabouts of sensing; And

One gas concentration lwevel sensing mechanism is in order to the gas concentration lwevel of this air-conditioning equipment whereabouts of sensing.

10. network type remote monitoring management system for air-conditioner device according to claim 1, this operation and control interface module and then comprise that an air-conditioning equipment enables the scheduling function wherein, enable the period in order to each controlled air-conditioning equipment is preestablished one, make this air-conditioning equipment enable the use that just can be unlocked in the period in this.

11. network type remote monitoring management system for air-conditioner device according to claim 1, wherein this operation and control interface module more comprises user's status authentication module, in order to carry out the security of system management and control, whether the user who confirms this network workstation has the right to enter the operation and control interface that the operation and control interface module is provided, wherein, if this user then makes this operation and control interface module provide this operation and control interface to this network workstation by authorization identifying; If this user by authorization identifying, does not forbid that then this operation and control interface module provides this operation and control interface to this network workstation.

Images