TW201327459A - Machine room power facility management system and method thereof - Google Patents

Abstract

Disclosed are a machine room power facility management system and a method thereof, which uses a facility resume data module, an obstacle management module, a drawing data management module, and facility statistic analysis module to accomplish total management of the machine room power facility. Besides the original data of facility capacity, facility serviceable life, facility model number, and accessory parts, the facility resume data module acquires data of alarm level and number of alarms associated with each piece of the facility through the obstacle management module to serve as basis for facility performance analysis. Facility maintenance operations can be carried out by ready connection, through the facility number contained in the facility resume data module, with machine room plan view and physical pictures of the facility contained in the drawing data management module. Further, the facility statistic analysis module uses numbering of power supply and the corresponding power supply facility to provide a managing person with backup power analysis and statistics of types and quantities of each item of the facility in the area and statistics of the number of maintenance and maintenance and operation time.

Description

Computer room power equipment management system and method thereof

The invention relates to a field of power equipment management in a computer room, in particular to utilizing a power equipment history data card, a picture management technology, an obstacle management technology and a device power analysis to achieve comprehensive management of the power equipment of the equipment room, including the use of the power equipment history data. Card and obstacle management technology is used as the basis for judging the obstacle maintenance. At the same time, the machine room plan and equipment entity picture of the map management technology are used to accelerate the time limit of obstacle maintenance. In addition, the power equipment and the corresponding meter electric number and the combined power equipment resume data card are used. The maintenance data of the obstacle management module can analyze the equipment performance and equipment power analysis.

Previous studies of equipment room management or equipment monitoring have used the network system to monitor or manage the instantaneous monitoring of one or more groups of air conditioning equipment. In addition to emphasizing the remote monitoring of the network system, its monitoring object includes the device closing state and the sensing voltage of the air conditioning equipment, load current, power consumption and temperature, humidity and carbon dioxide concentration. At the same time, the operational characteristic values of each controlled air-conditioning device are counted within a predetermined period and a statistical report of periodic operational characteristics is provided. However, the controlled device of the invention technology is limited to the air conditioning device, and does not use the picture room management equipment or the device entity picture to enhance the equipment maintenance time; only the operation status monitor is used to monitor whether the controlled air conditioning device is in accordance with the control instruction. If the required value is reached, if the value is not reached, an alert message will be sent to the network workstation by the abnormal condition warning mechanism, so that the manager can perform maintenance work on the temperature regulation mechanism of the air conditioner; on the one hand, the controlled device is limited to the air conditioner. Equipment, on the other hand, obstacle handling mechanisms are also too brief.

It can be seen that there are still many shortcomings in the above-mentioned methods of use, which is not a good design, but needs to be improved.

The equipment room power equipment management system and method thereof for achieving the above object are mainly composed of a device history data module, an obstacle management module, a picture management module and a device statistical analysis module. The equipment history data module can input the identification number of the power equipment, the equipment capacity, the service life of the equipment, the equipment model, the purchase year and month, the brand, the purchase amount, the use status and the maintenance record. The obstacle management module provides a plurality of alarm triggering conditions that can be set in each computer room. Each alarm triggering condition can be logically combined with a plurality of sub-alarm conditions by a Boolean algebra to generate a final alarm triggering condition, and each The sub-alarm condition can set the duration and the alarm level. When the alarm trigger condition reaches the duration, the SMS or email is sent to notify the operator to carry out the maintenance operation. The picture management module provides the user to upload the plan of the equipment room and the physical diagram of the power equipment; each power equipment entity map can select the location of the equipment in the layout of the equipment room and the identification number of the equipment, and edit the equipment entity map. Function, add the explanatory text to the monitoring point or important components on the map; when the user queries the resume card on the device where the alarm occurs, the device identification number can be used to connect to the equipment floor plan and the equipment map of the block. Carry out maintenance work according to the content of the picture and the graphic text to enhance the convenience of transportation. The equipment statistical analysis module provides equipment performance analysis and power analysis based on the equipment capacity of the equipment history data module, the equipment service life, the equipment model, the electricity meter number of the purchase year and the alarm number and the alarm level of the obstacle management module. In addition, according to the equipment history data module data, the total equipment quantity statistics of the unit organization or the quantity of equipment of the same capacity and model can be provided, and the list of the equipment room (electric meter number) and the meter number of the electric meter are exceeded. A list of the number of devices with a high electricity bill.

A computer room power equipment management system includes: a device history data module, which provides detailed information of a device resume card including a user input device capacity, a service life, a model, and an accessory component thereof; and an obstacle management module that provides a user The equipment room needs to set the alarm triggering conditions, including the alarm level and the alarm duration. The equipment room management module provides users with the newly added equipment room plan and equipment entity map, and also sets the location of the equipment in the computer room floor block and new Add the graphic text and annotation text of the device entity diagram; and the device statistical analysis module, provide device-related statistical analysis and use the obstacle management module, equipment power data and equipment history card to provide equipment performance analysis and power analysis, where The equipment history data module includes: providing the user to select the equipment room and the equipment type, and then adding or editing the identification number of the power equipment, equipment capacity, equipment life, equipment model, purchase date, activation date, brand, purchase Amount, floor, and electric meter number Use the status data and delete the data; refer to the equipment floor plan to check the location of the equipment according to the identification number of the equipment, and the machine floor plan shows the correct position of the equipment on the map; the connection management module is connected according to the identification number of the equipment. a device entity map and a description or annotation of the important monitoring points of the device entity map; and the device management module is queried according to the identification number of the device to query the maintenance record of the device, including the number of repairs, the repair time limit and the alarm level, wherein the obstacle The management module includes: providing a user to select a machine room and setting a plurality of alarm trigger conditions in the machine room; each alarm trigger condition is logically combined with a Blinda algebra using at least one sub-alarm condition to generate a final alarm trigger. Conditions, and each sub-alarm condition can set the duration and alarm level of the device monitoring point and the alarm; and provide the user with the maintenance record and repair time of the device, wherein the device statistical analysis module includes: The number of alarms and alarm levels of the device in the obstacle management module combined with the device Detailed information such as the age of the calendar card, the date of activation, and the corresponding meter number and its power consumption data to provide equipment performance analysis and power analysis; according to the selected organization catalog, computer room attributes, equipment model and equipment capacity display equipment statistics report; According to the selection of the organization directory or the property of the computer room, the statistics of the number of the equipment floor plan and the equipment entity map are displayed; the number of equipment corresponding to the electric number of the electric meter and the number of the electric equipment corresponding to the electric meter are displayed according to the selected organization catalog and the property of the computer room; The attribute or meter number indicates the equipment history card data of high power consumption or high electricity cost; and the list of equipment rooms that exceed the average electricity cost per unit of the organization according to the selected organization catalogue.

A method for managing power equipment in a computer room, comprising: a method for setting a trigger condition of a room alarm; and a method for uploading a floor plan of the equipment room and a physical map of the power device, wherein the method for setting a trigger condition of the equipment room alarm comprises the steps of: first selecting a new alarm in the equipment room Trigger condition; determine whether to add a sub-alarm condition; if a sub-alarm condition is added, go directly to the next step, otherwise the alarm trigger condition is set; and set the sub-alarm condition of the device name and the Boolean algebra of the monitoring point. Logical combination, then set the duration of the pen alarm condition, and finally set the logical combination relationship with the Boolean algebra of the previous sub-alarm condition, and return to determine whether to add a sub-alarm condition, the uploading room plan and the power equipment The method of the entity map, the steps include: first entering the new machine room plan; then judging whether to add a new machine room plan; if adding a room plan, directly to the next step, otherwise the new machine room plan is completed; setting the machine room plan Organization directory And uploading the plan of the equipment room; determining whether to add a device entity map; and adding a device entity map, selecting the block location of the device in its computer room plan and the identification number of the device, and then uploading the device entity map, and Check the equipment monitoring point or component on the map or other auxiliary explanatory texts, and return to the previous step. Otherwise, return to judge whether to add a new room plan, the organization directory attribute, including the company department, machine room and floor. .

The equipment room power equipment management system and the method thereof provided by the invention have the following advantages when compared with other conventional technologies:

1. The invention utilizes the plan view of the computer room of the map management module and its location location to help the maintenance personnel quickly grasp the location of the alarm device when repairing the device; and the description of the device entity picture and the monitoring points of the picture on the picture assists the maintenance Personnel can carry out maintenance operations according to the drawings to improve the efficiency of maintenance operations.

2. The invention utilizes the obstacle management module to provide the user with the flexibility to set the alarm trigger condition of each equipment room; in addition to setting multiple alarm trigger conditions, each alarm trigger condition can be logically combined with multiple sub-alarm conditions by Boolean algebra. The final alarm trigger condition is generated, and each sub-alarm condition can set the duration and the alarm level; and multiple alarm trigger conditions can be set in each equipment room according to actual needs.

3. The present invention utilizes the device statistical analysis module to provide a statistical summary report of the diversity, and can also provide device performance analysis and power analysis according to the alarm number and alarm level of the obstacle management module and the device power consumption data combined with the device history card.

Please refer to FIG. 1 , which is an application architecture diagram of the power equipment management system of the equipment room of the present invention, including a device history data module 11 , an obstacle management module 12 , a computer room image management module 13 , and a device statistical analysis module 14 ; The equipment history of the invention. The material module 11 can provide the user to select the machine room and the type of the device and input the identification number of the power device, the device capacity, the service life of the device, the device model, the purchase date, the activation date, the brand, the purchase amount, the floor, and the electric meter. The electrical code and the use state, and the device history data module 11 can also be connected to the computer room management module 13 according to the device identification number, directly browsing the floor plan and the location of the block and the device entity map; the obstacle management module 12 provides The user can set multiple alarm triggering conditions in each equipment room. When the alarm triggering condition reaches the duration, the user sends a short message or emails the operator to perform the maintenance operation.

Please refer to FIG. 2 , which is a flowchart for implementing an alarm triggering condition of a machine room for the obstacle management module of the present invention, and the steps thereof include:

1. First select the alarm alarm condition 100 in the equipment room.

2. Determine whether a new sub-alarm condition 101 is added.

3. If a new sub-alarm condition is added, go directly to step 4, otherwise the alarm trigger condition is set to 105;

4. Set the device name of the sub-alarm condition to the Boolean algebra logical combination 102 of the monitoring point, and then set the duration 103 of the pen alarm condition, and finally set the Boolean algebraic logical combination relationship 104 with the previous sub-alarm condition. And go back to step 2.

The picture management module 13 can provide the user to upload the computer floor plan and the power device entity map; the block location of the machine room plan and the graphic text and annotation text of the device entity map can help the operator to speed up the maintenance operation.

Please refer to FIG. 3 , which is a flowchart of implementing a plan and a device diagram of the equipment room management module 13 of the present invention, and the steps thereof include:

1. First enter the new room floor plan 110;

2. Then determine whether to add a new room floor plan 111;

3. If you add a new machine room plan, go directly to step 4, otherwise the new machine room plan is completed 116;

4. Set the organization directory attribute of the machine room plan, the organization directory attribute belongs to the machine room and the floor, then upload the machine room plan 112, and proceeds to step 5;

5. Determine whether to add a device entity map 113;

6. If you add a device entity map, select the location of the device in its computer floor plan and the identification number 114 of the device, and then upload the device entity map, and the device monitoring point or component description on the map or other Auxiliary description text 115 and return to step 5. Otherwise go back to step 2.

The device statistical analysis module 14 performs statistical analysis according to the device detailed data, the drawing data and the device power consumption data provided by the device history data module 11, the obstacle management module 12, and the computer room management module 13, including the selection organization. Directory, computer room attributes, equipment model and equipment capacity display equipment quantity statistics report; display the computer room plan and equipment entity map quantity statistics report according to the selected organization catalog or computer room attribute; display the electric meter electric number statistical report and the electric meter according to the selected organization catalog and the computer room attribute The number of devices corresponding to the electric number. According to the choice of organization catalog, computer room attributes or meter number to display the equipment history card data of high power consumption or high electricity bill; according to the selected organization catalogue, query the list of equipment rooms whose electricity cost exceeds the average electricity cost per unit of the organization; and the equipment statistical analysis module 14 The device performance analysis and power analysis can also be provided according to the alarm number and alarm level of the obstacle management module 12 and the device power consumption data combined with the device history card.

The detailed description of the present invention is intended to be illustrative of a preferred embodiment of the invention, and is not intended to limit the scope of the invention. The patent scope of this case.

To sum up, this case is not only innovative in terms of technical thinking, but also has many of the above-mentioned functions that are not in the traditional methods of the past. It has fully complied with the statutory invention patent requirements of novelty and progressiveness, and applied for it according to law. Approved this invention patent application, in order to invent invention, to the sense of virtue.

10. . . Computer room power equipment management system

11. . . Equipment history data module

12. . . Barrier management module

13. . . Computer room management module

14. . . Equipment statistical analysis module

100. . . Select a new alarm trigger condition in the equipment room.

101. . . Add a sub-alarm condition

102. . . Set the logical combination of the device name of the pen alarm condition and the Boolean algebra of the monitoring point

103. . . Set the duration of the pen alarm condition

104. . . Set the logical combination relationship with the previous sub-alarm condition

105. . . The alarm trigger condition is set.

110. . . New machine room plan

111. . . Add a new machine room plan

112. . . Set the organization directory attribute and the plan to upload the room

113. . . Add a new device entity

114. . . Select the block location of the equipment in the plan of the equipment room and the identification number of the equipment to which it belongs.

115. . . Upload the device entity map and add a monitoring point description

116. . . New machine room plan completed

Please refer to the detailed description of the present invention and the accompanying drawings, and the technical contents of the present invention and its effects can be further understood; the related drawings are:

1 is an application architecture diagram of a power equipment management system and a method thereof for a machine room of the present invention;

FIG. 2 is a flowchart of implementing an alarm triggering condition of an obstacle management setting room in the present invention;

Figure 3 is a flow chart showing the implementation of the plan and equipment diagram of the newly added equipment room in the picture management of the present invention.

10. . . Computer room power equipment management system

11. . . Equipment history data module

12. . . Barrier management module

13. . . Computer room management module

14. . . Equipment statistical analysis module

Claims (8)

A computer room power equipment management system includes: a device history data module, which provides detailed information of a device resume card including a user input device capacity, a service life, a model, and an accessory component thereof; and an obstacle management module that provides a user The equipment room needs to set the alarm triggering conditions, including the alarm level and the alarm duration. The equipment room management module provides users with the newly added equipment room plan and equipment entity map, and also sets the location of the equipment in the computer room floor block and new The graphic text and annotation text of the device entity diagram are added; and the device statistical analysis module provides device-related statistical analysis and provides device performance analysis and power analysis using the obstacle management module, equipment power consumption data, and equipment history card. The equipment room power equipment management system as described in claim 1, wherein the equipment history data module comprises: providing a user to select a machine room and a device type, and then adding or editing the identification number and equipment capacity of the power device, Equipment service life, equipment model, purchase year and month, activation date, brand, purchase amount, floor, electric meter number and usage status data, and delete the information; refer to the equipment floor plan to check the equipment area according to the identification number of the equipment Block location, at the same time, the machine room plan shows the correct position of the device on the map; the device entity map of the map management module is connected according to the identification number of the device, and the description or annotation of the important monitoring point of the device entity map is displayed; The identification number link barrier management module queries the maintenance record of the device, including the number of repairs, repair time and alarm level. The equipment room power equipment management system of claim 1, wherein the obstacle management module comprises: providing a user to select a machine room and setting a plurality of alarm trigger conditions in the machine room; each alarm trigger condition is Performing logical combination of at least one sub-alarm condition in a Boolean algebra to generate a final alarm trigger condition, and each sub-alarm condition can set a duration and an alarm level of the device monitoring point and the alarm; and providing the user to fill in the device Maintenance record and repair time. The equipment room power equipment management system of claim 1, wherein the equipment statistical analysis module comprises: the number of alarms and the alarm level of the equipment according to the obstacle management module, combined with the service life of the equipment resume card, The date and other detailed data and the corresponding meter electric number and its power consumption data provide equipment performance analysis and power analysis; according to the selected organization catalog, equipment room attributes, equipment model and equipment capacity display equipment quantity statistics report; Or the property of the equipment room displays the statistics of the number of the equipment floor plan and the equipment entity diagram; the number of equipment corresponding to the electric meter number and the electric number of the electric meter are displayed according to the selected organization catalog and the computer room attribute; the organization catalog, the computer room attribute or the electric meter number are selected according to the selection. A device history card data showing high power consumption or high electricity bills; and a list of computer rooms where the electricity bill per unit of electricity exceeds the average electricity cost per unit of the organization. A method for managing power equipment in a computer room, comprising: a method for setting a trigger condition of a machine room alarm; and a method for uploading a floor plan of the equipment room and a physical map of the power device. The method for managing the power equipment of the equipment room according to the fifth aspect of the patent application, wherein the method for setting a trigger condition of the equipment room alarm comprises the steps of: first selecting a new alarm trigger condition in the equipment room; determining whether a new sub-alarm condition is added; If a sub-alarm condition is added, the process proceeds directly to the next step. Otherwise, the alarm trigger condition is set; and the device name of the sub-alarm condition is logically combined with the Boolean algebra of the monitoring point, and then the duration of the pen alarm condition is set. Finally, the logical combination relationship with the Boolean algebra of the previous sub-alarm condition is set, and it is returned to determine whether a sub-alarm condition is added. The method for managing power equipment in a computer room according to claim 5, wherein the method for uploading a plan of the equipment room and the physical map of the power equipment comprises the steps of: first entering a plan of the newly added equipment room; and then determining whether to add a plan of the equipment room; Add a new machine room plan, go directly to the next step, otherwise the new machine room plan is completed; set the organization directory attribute of the machine room plan, and then upload the machine room plan; determine whether to add a device entity map; and add a new device Entity map, select the block location of the device in its computer room plan and the identification number of the device, and then upload the device entity map, and add the device monitoring point or component description or other auxiliary explanatory text on the figure, and return to the upper One step, otherwise return to determine whether to add a new room plan. The method for managing a power equipment of a computer room according to claim 7, wherein the organization directory attribute includes a company department, a machine room, and a floor.