CN111859509A - Machine room capacity management system and method based on data center - Google Patents
Machine room capacity management system and method based on data center Download PDFInfo
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- CN111859509A CN111859509A CN202010730708.8A CN202010730708A CN111859509A CN 111859509 A CN111859509 A CN 111859509A CN 202010730708 A CN202010730708 A CN 202010730708A CN 111859509 A CN111859509 A CN 111859509A
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Abstract
The invention provides a computer room capacity management system based on a data center, which comprises a computer room space capacity module, a computer room electric power capacity module, a computer room bearing capacity module, a computer room capacity processing module, a model management module, a three-dimensional engine rendering module and a three-dimensional display module, wherein the model management module is used for providing a computer room electric power capacity value and a computer room bearing capacity value of a prefabricated model; the machine room capacity processing module is used for counting and analyzing the utilization rate of the machine room capacity and outputting a calculation result; the three-dimensional engine rendering module is used for displaying utilization rate statistical information and a calculation result through a three-dimensional engine rendering technology; and the three-dimensional display module is used for displaying the utilization rate statistical information and the calculation result in a user terminal in a three-dimensional form. The invention also provides a machine room capacity management method based on the data center. The invention adopts a three-dimensional display mode, integrates data among multiple departments, and enables all people to intuitively understand the content condition of the machine room without looking up table data.
Description
Technical Field
The invention relates to the technical field of computers, in particular to a computer room capacity management system and method based on a data center.
Background
In the current data center machine room management application, the space management and planning of the machine room are very important, and the management of the machine room space is mainly realized by reasonably planning and designing the positions of the machine room and equipment in the machine room, so that the machine room and the equipment can utilize various resources of the machine room to the maximum extent, and the investment of a machine room manager can obtain the maximum benefit.
The data center machine room space capacity management comprises the following steps: the management of the machine room space, the management of the machine room electric power and the management of the machine room bearing.
The management of the machine room space refers to the management of the volume in the machine room, and the length and the width of a server are determined generally, so the machine room space is generally calculated by the height, and the total height of equipment which can be accommodated in one machine room cannot exceed the designed maximum height.
The management of the machine room power refers to the management of the uninterruptible power supply of the machine room and the power supply of the machine room, and the design load capacity of the power supply equipment and the machine room is limited, so that the load capacity of the power supply equipment and the machine room cannot be exceeded when the equipment serving as the load is connected.
The management of computer lab bearing refers to managing the object quality on the computer lab floor, and air conditioner air pipe has generally been laid to the underfloor of computer lab now, and this type of floor has strict requirement to the computer lab weight on it, mainly prevents to arouse because of the computer lab overweight that floor and air pipe physical structure destroy.
In the current data center machine room management, when new equipment is added to a machine room, the management still depends on the experience of machine room management personnel to a great extent.
In addition, the existing DCIM management system mainly faces to large-scale enterprise users, needs a plurality of servers to be deployed in a centralized manner for application, is high in cost, is not suitable for small and medium-scale enterprises, lacks comprehensive evaluation means in the aspects, is not vivid in display form, is mostly a traditional data table or a two-dimensional line graph, is complex to understand, needs a person with a professional knowledge background to read, lacks an effective guiding operation scheme, and causes waste of manpower and material resources.
In addition, by adopting the existing DCIM management system, when a new device is needed in a computer room, only the device information recorded in the table of the department can be searched, the related power and bearing conditions cannot be inquired, and the reasonable position arrangement of the device to be put on the shelf is lacked.
Therefore, the existing DCIM management system lacks an effective information transfer means for the capacity condition of a machine room, the checking is difficult, and the centralized monitoring is difficult to realize by arranging independent monitoring systems among departments.
Disclosure of Invention
The invention aims to provide a data center-based machine room capacity management system, which can solve the problems that the existing DCIM management system lacks an effective information transmission means for the machine room capacity condition, is difficult to check, and is difficult to realize centralized monitoring due to independent monitoring systems among departments.
The invention aims to provide a data center-based machine room capacity management method, which can solve the problems that the existing DCIM management system lacks an effective information transmission means for the machine room capacity condition, is difficult to check, and is difficult to realize centralized monitoring due to independent monitoring systems among departments.
The invention provides a machine room capacity management system based on a data center, which comprises a machine room space capacity module, a machine room electric power capacity module, a machine room bearing capacity module, a machine room capacity processing module, a model management module, a three-dimensional engine rendering module and a three-dimensional display module,
the machine room space capacity module, the machine room power capacity module and the machine room bearing capacity module are all connected with the machine room capacity processing module, and the model management module is arranged among the machine room power capacity module, the machine room bearing capacity module and the machine room capacity processing module;
the machine room space capacity module is used for acquiring a machine room space capacity value in real time;
the machine room power capacity module is used for acquiring a machine room power capacity value in real time;
the machine room bearing capacity module is used for acquiring a machine room bearing capacity value in real time;
the model management module is used for providing a machine room electric power capacity value and a machine room bearing capacity value of a prefabricated model for the machine room electric power capacity module and the machine room bearing capacity module when no real-time data information exists;
the machine room capacity processing module is used for respectively counting and analyzing the utilization rates of the space capacity, the electric capacity and the bearing capacity of the machine room and outputting a calculation result;
the three-dimensional engine rendering module is connected with the machine room capacity processing module and is used for carrying out three-dimensional modeling through a three-dimensional engine rendering technology and marking utilization rate statistical information and a calculation result on a three-dimensional model;
and the three-dimensional display module is connected with the three-dimensional engine rendering module and is used for displaying the utilization rate statistical information and the calculation result in a three-dimensional form at the user terminal.
Preferably, the model management module comprises:
the computer room model data module is used for being connected with the equipment management platform and acquiring stored basic information of the existing equipment through the equipment management platform;
and the machine room model acquisition module is used for acquiring the equipment pictures to acquire basic information of the equipment.
Preferably, the existing device basic information includes device photo, model, specification, capacity, power and weight information.
Preferably, the three-dimensional engine rendering module includes:
and the equipment capacity configuration module is used for grading according to the size of the residual capacity of the equipment, and different grades are configured and represented by different colors.
Preferably, the device capacity configuration module is divided into three levels according to the size of the remaining capacity of the device, and the three levels include:
the red color block capacity display module is used for counting the equipment with the capacity residual space less than 10%;
the yellow color block capacity display module is used for counting the devices with the capacity residual space within the range of 11% -50%;
and the green color block capacity display module is used for counting the equipment with the capacity residual space within the range of 51% -100%.
Preferably, the system further comprises a machine room physical space capacity submodule, wherein the machine room physical space capacity submodule is connected with the equipment capacity configuration module and used for judging whether the required physical space of new equipment is larger than the capacity surplus of the machine room physical space when the new equipment is added into the machine room, and if so, sending a space low capacity alarm signal.
Preferably, the system further comprises an asset processing submodule for judging whether the target machine room equipment is in the corresponding position range, and if not, sending an alarm signal for illegally carrying the fixed asset.
The invention also provides a computer room capacity management method based on the data center, which comprises the following steps:
acquiring data information of a machine room space capacity value, a machine room power capacity value and a machine room bearing capacity value;
counting and analyzing the utilization rates of the space capacity, the electric power capacity and the bearing capacity of the machine room, and outputting a calculation result;
performing three-dimensional modeling through a three-dimensional engine rendering technology and marking utilization rate statistical information and a calculation result on the three-dimensional model;
and displaying the utilization rate statistical information and the calculation result in a user terminal in a three-dimensional form.
Preferably, the method further comprises the following steps: and a user enters a background configuration interface, the color block color of the volume to be displayed is configured in advance, and the volume is displayed on the three-dimensional model through the color block color by the three-dimensional engine rendering technology.
Preferably, setting less than 10% of the remaining space of the device capacity to display red;
setting the residual space of the equipment capacity to be yellow for display within the range of 11% -50%;
and setting the residual space of the equipment capacity to display green within the range of 51% -100%.
Compared with the prior art, the machine room capacity management system and method based on the data center have the following beneficial effects:
1. the invention integrates equipment space information, electric power and bearing information and provides professional guidance for equipment racking.
2. The invention adopts a three-dimensional display mode, integrates data among multiple departments, and enables all people to intuitively understand the content condition of the machine room without looking up table data.
3. According to the invention, based on the electric power capacity, the space capacity and the bearing capacity of the machine room, through statistical analysis of the capacity of each aspect in the data center, the management level and the resource utilization rate of a user of the machine room in the data center can be greatly improved, the overall situation of the machine room is displayed globally, the user is helped to master the capacity use situation in real time, planning guidance is provided for future capacity expansion of the machine room, and reasonable deployment of the capacity of the machine room is realized.
4. According to the invention, the computer room space capacity condition calculation result can be subjected to 3D display, the computer room power consumption condition calculation result can be subjected to 3D display, and the computer room bearing condition calculation result can be subjected to 3D display, so that the management level and the resource utilization rate of a data center computer room user can be greatly improved, the overall use condition of the computer room capacity can be globally displayed, and the purposes of reducing the cognitive threshold and improving the effectiveness of data transmission are achieved.
5. According to the invention, through three-dimensional display of the capacity data of the machine room, a visitor can intuitively feel the capacity condition of the machine room without having professional machine room management knowledge and analyzing the digital statistics reported by the reporter, the information transmission efficiency is greatly improved, and the audience can quickly absorb and understand the information transmitted by the reporter.
Drawings
In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly described below, and it is obvious that the drawings in the following description are only used for explaining the concept of the present invention.
FIG. 1 is a first frame diagram of a data center-based computer room capacity management system according to the present invention;
FIG. 2 is a second frame diagram of the data center-based machine room capacity management system according to the present invention;
FIG. 3 is a schematic diagram of a setup interface of the device capacity configuration module of the present invention;
FIG. 4 is a schematic diagram illustrating an effect of the three-dimensional display module according to the present invention;
fig. 5 is a schematic frame diagram of a data center-based machine room capacity management method according to the present invention.
Summary of reference numerals:
1. computer room space capacity module 2 and computer room power capacity module
3. Computer lab bearing capacity module 4, computer lab capacity processing module
5. Model management module 6 and three-dimensional engine rendering module
7. Three-dimensional display module 8 and equipment capacity configuration module
Detailed Description
Hereinafter, embodiments of a data center-based machine room capacity management system and method according to the present invention will be described with reference to the accompanying drawings.
The examples described herein are specific embodiments of the present invention, are intended to be illustrative and exemplary in nature, and are not to be construed as limiting the scope of the invention. In addition to the embodiments described herein, those skilled in the art will be able to employ other technical solutions which are obvious based on the disclosure of the claims and the specification of the present application, and these technical solutions include any obvious replacement or modification of the embodiments described herein.
The drawings in the present specification are schematic diagrams, which are included to assist in explaining the concepts of the present invention and schematically show the interrelationship between the various parts.
As shown in fig. 1, the invention provides a computer room capacity management system based on a data center, which includes a computer room space capacity module 1, a computer room power capacity module 2, a computer room bearing capacity module 3, a computer room capacity processing module 4, a model management module 5, a three-dimensional engine rendering module 6, and a three-dimensional display module 7.
The system comprises a machine room space capacity module 1, a machine room power capacity module 2 and a machine room bearing capacity module 3, wherein the machine room space capacity module 1, the machine room power capacity module 2 and the machine room bearing capacity module 3 are all connected with a machine room capacity processing module 4, and a model management module 5 is arranged among the machine room power capacity module 2, the machine room bearing capacity module 3 and the machine room capacity processing module 4; the machine room space capacity module 1 is used for acquiring a machine room space capacity value in real time; the machine room power capacity module 2 is used for acquiring a machine room power capacity value in real time; the machine room bearing capacity module 3 is used for acquiring a machine room bearing capacity value in real time; the model management module 5 is used for providing a machine room electric power capacity value and a machine room bearing capacity value of the prefabricated model for the machine room electric power capacity module 2 and the machine room bearing capacity module 3 when no real-time data information exists; the machine room capacity processing module 4 is used for respectively counting and analyzing the utilization rates of the space capacity, the power capacity and the bearing capacity of the machine room, and outputting a calculation result; the three-dimensional engine rendering module 6 is connected with the machine room capacity processing module 4 and is used for carrying out three-dimensional modeling through a three-dimensional engine rendering technology and marking utilization rate statistical information and a calculation result on the three-dimensional model; and the three-dimensional display module 7 is connected with the three-dimensional engine rendering module 6 and is used for displaying the utilization rate statistical information and the calculation result in a three-dimensional form at the user terminal.
The invention integrates equipment space information, electric power and bearing information and provides professional guidance for equipment racking. The invention adopts a three-dimensional display mode, integrates data among multiple departments, and enables all people to intuitively understand the content condition of the machine room without looking up table data.
According to the invention, based on the electric power capacity, the space capacity and the bearing capacity of the machine room, through statistical analysis of the capacity of each aspect in the data center, the management level and the resource utilization rate of a user of the machine room in the data center can be greatly improved, the overall situation of the machine room is displayed globally, the user is helped to master the capacity use situation in real time, planning guidance is provided for future capacity expansion of the machine room, and reasonable deployment of the capacity of the machine room is realized.
As shown in fig. 4, it is a diagram of the display effect of the three-dimensional display module 7. According to the invention, the computer room space capacity condition calculation result can be subjected to 3D display, the computer room power consumption condition calculation result can be subjected to 3D display, and the computer room bearing condition calculation result can be subjected to 3D display, so that the management level and the resource utilization rate of a data center computer room user can be greatly improved, the overall use condition of the computer room capacity can be globally displayed, and the purposes of reducing the cognitive threshold and improving the effectiveness of data transmission are achieved.
According to the invention, through three-dimensional display of the capacity data of the machine room, a visitor can intuitively feel the capacity condition of the machine room without having professional machine room management knowledge and analyzing the digital statistics reported by the reporter, the information transmission efficiency is greatly improved, and the audience can quickly absorb and understand the information transmitted by the reporter.
In order to ensure the authenticity of data, a machine room space capacity module 1, a machine room electric power capacity module 2 and a machine room bearing capacity module 3 are used for acquiring a machine room space capacity value, a machine room electric power capacity value and machine room bearing value information in real time, and because machine room capacity data can be acquired in real time, but when the electric power capacity and the bearing capacity cannot acquire real actual data, the machine room capacity management system based on the data center is also provided with a model management module 5, the machine room model data module is connected with an equipment management platform, and stored basic information of the existing equipment is acquired through the equipment management platform; and if the current basic information of the equipment is not stored in the existing equipment management platform, acquiring the picture of the equipment in real time through a machine room model acquisition module to acquire the basic information of the equipment. The real validity of the calculation effect can be guaranteed through the arrangement, the calculation result can be displayed in a 3D display mode, a user can intuitively feel the capacity condition of the machine room, the information transmission efficiency is greatly improved, and the audience can quickly absorb and understand the information transmitted by the reporter.
The existing device basic information includes device photo, model, specification, capacity, power and weight information.
In addition, as shown in fig. 2, the three-dimensional engine rendering module 6 of the present invention includes a device capacity configuration module 8, the device capacity configuration module 8 is configured to classify the device according to the size of the remaining space capacity of the device, different classes are represented by different color configurations, and the device capacity configuration module 8 is connected to the machine room capacity processing module 4. As shown in fig. 3, the device capacity configuration module 8 is divided into three levels according to the size of the remaining space capacity of the device, and includes a red color block capacity display module, a yellow color block capacity display module, and a green color block capacity display module. The red color block capacity display module is used for counting equipment with capacity residual space less than 10%; the yellow color block capacity display module is used for counting equipment with capacity residual space within the range of 11% -50%; the green color block capacity display module is used for counting the devices with the capacity residual space within the range of 51% -100%.
By representing the equipment capacity information in a grading way, the defect that the traditional two-dimensional table is insufficient in information expression is overcome, and the problem that the three-dimensional data display form is not easy to understand is solved. As shown in fig. 2, the block part in the diagram, namely the existing equipment capacity of the cabinet, green represents that the vacant space is much, and red represents that the cabinet is almost full; the table and data information for counting the overall capacity of the whole machine room are arranged in the middle of the top end of the graph, and the data interaction efficiency is improved by greatly reducing the cognitive threshold of people by adopting an expression mode of combining two-dimensional, 3D and real scene display.
In a further embodiment of the present invention, the data center-based machine room capacity management system further includes a machine room physical space capacity submodule, which is connected to the device capacity configuration module 8, and is configured to, when a new device is added to the machine room, determine whether a required physical space of the new device is greater than a remaining amount of the machine room physical space capacity, and if so, send a low-capacity space alarm signal.
The system can automatically give an alarm when new equipment is added to prompt whether space capacity exists for accommodating the new equipment or not, and the original form data information is not checked manually to judge whether the new equipment can be accommodated or not, so that labor cost can be greatly saved, and the management level and the resource utilization rate of a data center machine room user are greatly improved.
In a further embodiment of the present invention, the data center-based machine room capacity management system further includes an asset processing submodule, configured to determine whether the target machine room device is in a corresponding position range, and if not, send an alarm signal for illegally carrying the fixed asset. The comprehensive management of the equipment assets in all directions and informationization is realized by utilizing a radio Frequency identification technology, namely an RFID (radio Frequency identification) technology. The RFID reader-writer antenna is arranged in the machine room to cover all the fixed assets of the machine room, so that the real-time positioning monitoring of the fixed assets attached with the RFID labels is realized, and the position information of the fixed assets of the machine room and the state of the current storage position are determined through the RFID reader-writer.
The system can automatically give an alarm when the position of the target machine room equipment is changed, the system does not manually check the equipment information to find whether the target machine room equipment is in a corresponding position range, for example, the target machine room equipment is moved or lost in a large range, and the system can give an alarm automatically to prompt, so that the labor cost can be greatly saved, the management level and the resource utilization rate of a data center machine room user are greatly improved, the target machine room equipment can be conveniently located and searched, centralized and remote monitoring can be realized, and the flexibility and the reliability of equipment management are provided.
The data center-based machine room capacity management system supports multiple users and multiple departments to simultaneously access the database through enterprise network layout, adopts a B/S framework for account management and role management, can distribute users with different permissions, and determines the use permissions of the users with different levels.
As shown in fig. 5, the present invention further provides a method for managing capacity of a machine room based on a data center, which includes the following steps:
acquiring data information of a machine room space capacity value, a machine room power capacity value and a machine room bearing capacity value;
counting and analyzing the utilization rates of the space capacity, the electric power capacity and the bearing capacity of the machine room, and outputting a computer room capacity result;
performing three-dimensional modeling through a three-dimensional engine rendering technology and marking utilization rate statistical information and a calculation result on the three-dimensional model;
and displaying the utilization rate statistical information and the calculation result in a user terminal in a three-dimensional form.
According to the invention, based on the electric power capacity, the space capacity and the bearing capacity of the machine room, through statistical analysis of the capacity of each aspect in the data center, the management level and the resource utilization rate of a user of the machine room in the data center can be greatly improved, the overall situation of the machine room is displayed globally, the user is helped to master the capacity use situation in real time, planning guidance is provided for future capacity expansion of the machine room, and reasonable deployment of the capacity of the machine room is realized.
In order to ensure the authenticity of data, a machine room space capacity value, a machine room power capacity value and a machine room bearing capacity value are obtained in real time, wherein machine room capacity data can be obtained in real time, but when the power capacity and the bearing capacity can not obtain real actual data, the machine room capacity management system based on the data center is also provided with a model management module 5, the machine room model data module is connected with an equipment management platform, and stored basic information of the existing equipment is obtained through the equipment management platform; and if the current basic information of the equipment is not stored in the existing equipment management platform, acquiring the picture of the equipment in real time through a machine room model acquisition module to acquire the basic information of the equipment. The real validity of the calculation effect can be guaranteed through the arrangement, the calculation result can be displayed in a 3D display mode, a user can intuitively feel the capacity condition of the machine room, the information transmission efficiency is greatly improved, and the audience can quickly absorb and understand the information transmitted by the reporter.
The existing device basic information includes device photo, model, specification, capacity, power and weight information.
In order to visually display the size of the space capacity, a user can enter a background configuration interface, color block colors with the capacity to be displayed are configured in advance, and the size of the capacity is displayed on a three-dimensional model through the color block colors through a three-dimensional engine rendering technology.
As shown in fig. 4, red is displayed when the remaining space is less than 10%, yellow is displayed when the remaining space is in the range of 11% -50%, and green is displayed when the remaining space is in the range of 51% -100%.
The specific color block color allocation steps are as follows:
a user opens a Web page of a 3D picture to be rendered and clicks a button for capacity statistics;
calling a machine room capacity processing module 4, and calculating the percentage numerical value of a color block in the cabinet;
the Web page calls a 3D starting function, receives a message of rendering a 3D picture, creates a process named as a 3D engine, establishes a pipeline (Windows process communication mechanism), waits for the 3D engine to be started, carries out communication and transmits color data configured by a user;
after the 3D engine is started, establishing communication with a Web page, and acquiring initialized information transmitted by an extended page, such as information of rendering content, position, size and the like;
and the Web page receives a result fed back by the 3D engine, renders the result and displays the color block configuration on the three-dimensional model.
By dividing the equipment capacity information into hierarchical color representations, the defect that the traditional two-dimensional table is insufficient in information expression is overcome, and the problem that the three-dimensional data display form is not easy to understand is solved. As shown in fig. 4, the existing capacity of the equipment in the block part, i.e. the cabinet, is represented by green to indicate that the empty space is much, and red to indicate that the cabinet is almost full; the table and data information for counting the overall capacity of the whole machine room are arranged in the middle of the top end of the graph, and the data interaction efficiency is improved by greatly reducing the cognitive threshold of people by adopting an expression mode of combining two-dimensional, 3D and real scene display.
The invention adopts a single machine deployment mode, greatly reduces the use threshold and the cost, enables small and medium-sized enterprises to apply the method, and has wide applicability and strong universality of displayed three-dimensional model products.
The above describes a data center-based machine room capacity management system and method of the present invention. Moreover, the technical features disclosed above are not limited to the combinations with other features disclosed, and other combinations between the technical features can be performed by those skilled in the art according to the purpose of the present invention, so as to achieve the purpose of the present invention.
Claims (10)
1. A machine room capacity management system based on a data center is characterized by comprising a machine room space capacity module, a machine room electric power capacity module, a machine room bearing capacity module, a machine room capacity processing module, a model management module, a three-dimensional engine rendering module and a three-dimensional display module,
the machine room space capacity module, the machine room power capacity module and the machine room bearing capacity module are all connected with the machine room capacity processing module, and the model management module is arranged among the machine room power capacity module, the machine room bearing capacity module and the machine room capacity processing module;
the machine room space capacity module is used for acquiring a machine room space capacity value in real time;
the machine room power capacity module is used for acquiring a machine room power capacity value in real time;
the machine room bearing capacity module is used for acquiring a machine room bearing capacity value in real time;
the model management module is used for providing a machine room electric power capacity value and a machine room bearing capacity value of a prefabricated model for the machine room electric power capacity module and the machine room bearing capacity module when no real-time data information exists;
the machine room capacity processing module is used for respectively counting and analyzing the utilization rates of the space capacity, the electric capacity and the bearing capacity of the machine room and outputting a calculation result;
the three-dimensional engine rendering module is connected with the machine room capacity processing module and is used for carrying out three-dimensional modeling through a three-dimensional engine rendering technology and marking utilization rate statistical information and a calculation result on a three-dimensional model;
and the three-dimensional display module is connected with the three-dimensional engine rendering module and is used for displaying the utilization rate statistical information and the calculation result in a three-dimensional form at the user terminal.
2. The data center-based computer room capacity management system of claim 1, wherein the model management module comprises:
the computer room model data module is used for being connected with the equipment management platform and acquiring stored basic information of the existing equipment through the equipment management platform;
and the machine room model acquisition module is used for acquiring the equipment pictures to acquire basic information of the equipment.
3. The data center-based machine room capacity management system according to claim 2, wherein the existing equipment basic information comprises equipment photo, model, specification, capacity, power and weight information.
4. The data center-based machine room capacity management system according to claim 1, wherein the three-dimensional engine rendering module comprises:
and the equipment capacity configuration module is used for grading according to the size of the residual capacity of the equipment, and different grades are configured and represented by different colors.
5. The system of claim 4, wherein the device capacity configuration module is divided into three levels according to the size of the remaining capacity of the device, and the three levels include:
the red color block capacity display module is used for counting the equipment with the capacity residual space less than 10%;
the yellow color block capacity display module is used for counting the devices with the capacity residual space within the range of 11% -50%;
and the green color block capacity display module is used for counting the equipment with the capacity residual space within the range of 51% -100%.
6. The data center-based machine room capacity management system according to claim 5, further comprising a machine room physical space capacity submodule, connected to the device capacity configuration module, for judging whether a required physical space of a new device is larger than a machine room physical space capacity surplus amount when the new device is added to the machine room, and if so, sending a low-capacity space alarm signal.
7. The data center-based machine room capacity management system according to claim 6, further comprising an asset processing submodule for determining whether the target machine room device is in the corresponding position range, and if not, sending an alarm signal for illegally carrying the fixed asset.
8. A machine room capacity management method based on a data center is characterized by comprising the following steps:
acquiring data information of a machine room space capacity value, a machine room power capacity value and a machine room bearing capacity value;
counting and analyzing the utilization rates of the space capacity, the electric power capacity and the bearing capacity of the machine room, and outputting a calculation result;
performing three-dimensional modeling through a three-dimensional engine rendering technology and marking utilization rate statistical information and a calculation result on the three-dimensional model;
and displaying the utilization rate statistical information and the calculation result in a user terminal in a three-dimensional form.
9. The method for managing the capacity of the machine room based on the data center according to claim 8, further comprising: and a user enters a background configuration interface, the color block color of the volume to be displayed is configured in advance, and the volume is displayed on the three-dimensional model through the color block color by the three-dimensional engine rendering technology.
10. The method for managing the capacity of the machine room based on the data center according to claim 9,
setting the residual space of the equipment capacity less than 10% as displaying red;
setting the residual space of the equipment capacity to be yellow for display within the range of 11% -50%;
and setting the residual space of the equipment capacity to display green within the range of 51% -100%.
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| Publication number | Priority date | Publication date | Assignee | Title |
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