Device and method used for micro-module data center and having complex lamp control function

Abstract

The invention discloses a device and method used for a micro-module data center and having a complex lamp control function, and relates to the technical field of data centers. The system comprises a channel illumination atmosphere integrated lamp, a door chamber atmosphere lamp, a cabinet atmosphere lamp, a channel environment sensor, a cabinet environment sensor, a channel monitoring host, a cabinet controller, a channel controller, a light controller and a communication module. According to the invention, the channel monitoring host is taken as a core, the control of three kinds of light in the channel can be realized, the three kinds of light are respectively an illumination atmosphere integrated lamp in the channel, a door chamber atmosphere lamp in a channel door chamber and a cabinet atmosphere lamp in a cabinet, and simple edge calculation is carried out at a local end in combination with the cabinet controller and the channel controller, so that the reliability of the channel is improved. According to the invention, timely and effective alarm can be rapidly realized for the controlled light, the non-timeliness caused by network problems is reduced, an effective and clear alarm indication is provided for field operation and maintenance personnel, and the operation and maintenance personnel can conveniently and rapidly position faults.

Description

Technical Field

[0001] The present invention relates to the technical field of data centers, and in particular to a device and method for a micro-module data center having a complex lighting control function. Background Art

[0002] The lighting control of existing micro-module data centers usually adopts the following solutions:

[0003] 1. Aisle installation Aisle atmosphere lights are installed inside the aisles of the data center, at the angle between the cabinet lifting parts and the skylight. They often appear in the form of corner lights and are used to link the temperature, humidity, smoke, water immersion and other sensors in the aisle to alarm. Different light colors are displayed for different alarm levels.

[0004] 2. Aisle lighting is installed inside the aisles of the data center, between the skylights, and usually appears in the form of 1-meter-long lamp tubes. It is used for aisle lighting and can be switched on and off through the light switch and infrared sensor linkage;

[0005] 3. Door storage atmosphere lights are installed at the door storage of the data center, which are used to link the temperature, humidity, smoke, water immersion and other sensors in the channel to alarm. Different light colors are displayed for different alarm levels, which is consistent with the logic of the channel atmosphere lights.

[0006] 4. For single cabinet atmosphere lights, the most common one is the lighting control box which uses 485 communication. After the host computer sends instructions, it controls the light color change.

[0007] In response to the demand for atmosphere lights in data centers, there are actually three types of atmosphere light control logics: channel atmosphere lights, door and warehouse atmosphere lights, and cabinet atmosphere lights. Common technical solutions often use three independent systems to control the three types of lights, which cannot be unified. At the same time, the docking between systems will consume more resources. For example, if a temperature and humidity alarm appears in a cabinet in channel A, this alarm information needs to be uploaded to the collector through an external device, and the collector is uploaded to the integrated monitoring and management system. The integrated monitoring and management system sends instructions to the light control component, and the light control component sends instructions to the corresponding light control module. Finally, the cabinet light completes the alarm. The whole process is too complicated, and there are too many intermediate nodes, which are easily affected by equipment damage and communication anomalies. At the same time, after the channel cabinet alarms, the door and warehouse atmosphere lights should also be linked to alarm, so that the operation and maintenance personnel can observe which channel equipment is abnormal in time, but there is no such linkage in common data center channels. The role of the atmosphere light should be to quickly locate the fault location for the operation and maintenance personnel, and at the same time, according to the different colors of the light, inform the operation and maintenance personnel of the fault type in advance, but the traditional atmosphere light control system cannot meet such requirements. There are many types of atmosphere lights in the computer room, and the number is also large. In order to save energy in the computer room, traditional atmosphere lights are often always on, causing energy loss. At the same time, for channel atmosphere lights, there are both atmosphere lights and lighting lights in the channel, and unified linkage control is not achieved. At the same time, the two types of light strips need to be purchased repeatedly, resulting in an increase in cost.

[0008] To this end, a device and method for a micro-module data center with complex lighting control functions are proposed. Summary of the invention

[0009] The purpose of the present invention is to solve the problems mentioned in the above background technology. The present invention provides a device and method for a micro-module data center with complex lighting control functions.

[0010] In order to achieve the above-mentioned purpose, the present invention specifically adopts the following technical solutions:

[0011] A device for a micro-module data center having a complex lighting control function, comprising:

[0012] Channel lighting atmosphere integrated lamp: installed inside the channel of the data center, using RGBW four-color light strips, installed at the angle between the cabinet lifting part and the skylight, and powered by low-voltage DC;

[0013] Door and storage atmosphere light: It is set in the channel door and storage of the data center, using RGB three-color light strips, installed at the bottom and side of the door and storage, and powered by DC low voltage;

[0014] Cabinet atmosphere light: It is installed on the side of the front U-pillar of the data center cabinet and adopts RGB three-color light strip; it is used to issue alarms for the alarm information of the cabinet.

[0015] Channel environment sensors: including infrared sensors, temperature and humidity sensors, smoke detectors and water detectors;

[0016] Cabinet environment sensors: including front and rear door status sensors, temperature and humidity sensors, and smoke sensors;

[0017] Channel monitoring host: It has edge computing capabilities and is used to collect data from dynamic environment equipment in the data center channel;

[0018] Cabinet controller: single chip microcomputer form, used for data center cabinets;

[0019] Channel controller: used for power supply of dynamic environment equipment in the data center channel, lighting atmosphere integrated lamp control and door library atmosphere lamp control.

[0020] Lighting controller: used to receive the lighting control signal from the channel control box, amplify the power, and supply power to the light strip.

[0021] Communication module: realizes the communication between the controller and the data center integrated monitoring and management system.

[0022] Furthermore, the channel lighting atmosphere integrated light is a right-angle light strip as wide as the cabinet, which is used for lighting and linking the temperature, humidity, smoke, water immersion and other sensor alarms in the channel, and displays different light colors for different alarm levels.

[0023] Furthermore, the door garage atmosphere light includes an LED light strip, a light trough and an acrylic plate, which is used to link the temperature and humidity, smoke, water immersion and other sensor alarms in the channel, and display different light colors for different alarm levels; the alarm linkage is consistent with the channel lighting atmosphere integrated light, and the channel lighting atmosphere integrated light has no white light illumination.

[0024] Furthermore, the channel monitoring host has 6 485 ports, which are connected to 485 communication devices such as the cabinet monitoring host and the channel control box. Through the alarm situation of the peripherals, the alarm light control is completed at the local end, and the alarm information is transmitted to the channel control box through 485; the network protocol is used in the northbound direction to link with the comprehensive monitoring and management system of the data center.

[0025] Furthermore, the cabinet controller includes temperature and humidity, smoke sensors, door status, door locks, PDU, water immersion and single-cabinet atmosphere light peripheral interfaces, uses 485 communication in the north direction, and accesses the channel monitoring host.

[0026] A method for a micro-module data center with a complex lighting control function, based on the above device, specifically includes the following steps:

[0027] First, a unified control platform was established to integrate the control logic of channel atmosphere lights, door and storage atmosphere lights, and cabinet atmosphere lights;

[0028] Then, a monitoring host and monitoring module with edge computing functions are added to enable local interconnection of three types of atmosphere lights: channel atmosphere lights, door and storage atmosphere lights, and cabinet atmosphere lights. In the event of abnormal communication, local alarms can be realized.

[0029] Secondly, realize the intelligent linkage mechanism, including alarm linkage and environment linkage:

[0030] The alarm linkage includes:

[0031] When a temperature and humidity alarm occurs in a cabinet in channel A, the alarm information is uploaded to the cabinet controller. After edge computing, the cabinet controller directly controls the light to light up in the corresponding alarm color.

[0032] The cabinet controller uploads information to the channel monitoring host. After edge computing, the channel monitoring host sends the lighting control command to the channel controller. The channel controller controls the door warehouse atmosphere light to light up the corresponding alarm color, so that the operation and maintenance personnel can quickly locate the faulty channel.

[0033] The environmental linkage includes: the platform can automatically adjust the brightness and color of the ambient light according to the environmental conditions in the data center to provide better visual effects and energy-saving effects.

[0034] At the same time, the channel monitoring host will report the alarm information to the integrated monitoring management system;

[0035] Secondly, energy-saving design is carried out, including intelligent sensing, timing control and lighting selection without alarm information:

[0036] The intelligent sensing includes: installing a human body sensor or an infrared sensor in the passage, and automatically turning on the lighting and turning off the passage atmosphere light when sensing that someone has entered; and automatically turning off the light to save energy when the person has left for a period of time;

[0037] The timing control includes: setting a timing switch, remotely issuing instructions through the local channel screen or the integrated monitoring management system according to the operation time of the data center, and realizing the timing start and stop of the atmosphere light;

[0038] The lighting options for no alarm information include: when no alarm information appears, the atmosphere light is often retained in the form of blue light, and instructions are sent remotely through the local channel screen or the integrated monitoring management system. It can be selected that when no alarm occurs, the atmosphere light is turned off, and when an alarm information appears, the atmosphere light lights up the color corresponding to the alarm level;

[0039] Finally, carry out product merger and integrated installation: merge the AC220V pure white light strips and DC24V atmosphere light strips in the channel to form a DC24V lighting atmosphere integrated lamp, and integrate the atmosphere light and lighting lamp on a unified lamp stand or carry out modular design.

[0040] The beneficial effects of the present invention are as follows:

[0041] The present invention uses the channel monitoring host as the core to realize the control of three kinds of lights in the channel, namely, the lighting atmosphere integrated lamp in the channel, the door warehouse atmosphere lamp of the channel door warehouse, and the cabinet atmosphere lamp in the cabinet. At the same time, combined with the cabinet controller and the channel controller, simple edge computing is performed locally, which can quickly realize timely and effective alarm for the controlled lights, reduce the untimelyness caused by network problems, and provide an effective and clear alarm indication to the on-site operation and maintenance personnel, so as to facilitate the operation and maintenance personnel to quickly locate the fault. BRIEF DESCRIPTION OF THE DRAWINGS

[0042] Figure 1 is a topological diagram of the present invention;

[0043] Figure 2 It is a topological diagram of the lighting atmosphere integrated lamp of the present invention;

[0044] Figure 3 It is the topological diagram of the door storage atmosphere light of the present invention;

[0045] Figure 4 It is a topological diagram of the cabinet atmosphere light of the present invention; DETAILED DESCRIPTION

[0046] In order to make the purpose, technical solutions and advantages of the embodiments of the present invention clearer, the technical solutions in the embodiments of the present invention will be clearly and completely described below in conjunction with the drawings in the embodiments of the present invention. Obviously, the described embodiments are part of the embodiments of the present invention, not all of the embodiments. Generally, the components of the embodiments of the present invention described and shown in the drawings here can be arranged and designed in various different configurations.

[0047] Therefore, the following detailed description of the embodiments of the present invention provided in the accompanying drawings is not intended to limit the scope of the invention claimed for protection, but merely represents selected embodiments of the present invention. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0048] It should be noted that similar reference numerals and letters represent similar items in the following drawings, so once an item is defined in one drawing, it does not need to be further defined and explained in the subsequent drawings. In addition, the terms "first", "second", etc. are only used to distinguish the description and cannot be understood as indicating or implying relative importance.

[0049] In the description of the embodiments of the present invention, it should be noted that the terms "inside", "outside", "upper", etc. indicate orientations or positional relationships based on the orientations or positional relationships shown in the accompanying drawings, or are the orientations or positional relationships in which the inventive product is usually placed when used. They are only for the convenience of describing the present invention and simplifying the description, and do not indicate or imply that the device or element referred to must have a specific orientation, be constructed and operated in a specific orientation, and therefore cannot be understood as a limitation on the present invention.

[0050] like Figures 1 to 4 As shown, a device for a micro-module data center having a complex lighting control function includes:

[0051] Channel lighting atmosphere integrated lamp: installed inside the channel of the data center, using RGBW four-color light strips, installed at the angle between the cabinet lifting part and the skylight, and powered by low-voltage DC;

[0052] Door and storage atmosphere light: It is set in the channel door and storage of the data center, using RGB three-color light strips, installed at the bottom and side of the door and storage, and powered by DC low voltage;

[0053] Cabinet atmosphere light: It is installed on the side of the front U-pillar of the data center cabinet and adopts RGB three-color light strip; it is used to issue alarms for the alarm information of the cabinet.

[0054] Channel environment sensors: including infrared sensors, temperature and humidity sensors, smoke detectors and water detectors;

[0055] Cabinet environment sensors: including front and rear door status sensors, temperature and humidity sensors, and smoke sensors;

[0056] Channel monitoring host: It has edge computing capabilities and is used to collect data from dynamic environment equipment in the data center channel;

[0057] Cabinet controller: single chip microcomputer form, used for data center cabinets;

[0058] Channel controller: used for power supply of dynamic environment equipment in the data center channel, lighting atmosphere integrated lamp control and door library atmosphere lamp control.

[0059] Lighting controller: used to receive the lighting control signal from the channel control box, amplify the power, and supply power to the light strip.

[0060] Communication module: realizes the communication between the controller and the data center integrated monitoring and management system.

[0061] The channel lighting atmosphere integrated lamp, the light bar integrates RGBW four colors, namely red light, green light, blue light, and white light, and adopts a common positive electrode form; the channel monitoring host monitors the status of the channel components in real time. When it detects that smoke, water immersion, temperature and humidity and other peripheral alarm conditions occur, it sends the atmosphere light control command to the channel controller through local edge calculation. After receiving the atmosphere light control command, the channel controller controls the light to change the color of the corresponding alarm level. The channel controller monitors the status of the channel components in real time. When it detects changes in the status of the lighting switch and infrared sensor, the channel controller will control the lighting atmosphere integrated lamp in the channel to light up white light. This command has the highest priority. The channel controller will turn on the white light and turn off the RGB three-color light at the same time to provide lighting for the channel first. At the same time, the channel monitoring host will report the status information and lighting information of the channel components to the comprehensive monitoring and management system in real time.

[0062] The channel door warehouse atmosphere light, the light bar integrates RGB three colors, namely red light, green light, and blue light, and adopts a common positive electrode form; the channel monitoring host monitors the status of the channel components in real time. When it detects that smoke, water immersion, temperature and humidity and other peripheral alarm conditions occur, it sends the atmosphere light control command to the channel controller through local edge computing. After receiving the atmosphere light control command, the channel controller controls the light to change the color corresponding to the alarm level. The channel controller monitors the status of the channel components in real time. When it detects changes in the status of the lighting switch and infrared sensor, the channel controller will only control the lighting atmosphere integrated lamp in the channel to light up white light, while the atmosphere light of the door warehouse still maintains the original alarm logic, is not linked with the white light, and can still provide alarm information to the on-site operation and maintenance personnel. At the same time, the channel monitoring host will report the status information and lighting information of the channel components to the comprehensive monitoring and management system in real time.

[0063] The cabinet atmosphere light, the light bar integrates RGB three colors, namely red light, green light, and blue light, and adopts a common positive electrode form; the cabinet controller monitors the status of the cabinet components in real time. When it detects the alarm of external devices such as smoke, water immersion, temperature and humidity door locks, and door status, it directly controls the cabinet atmosphere light to light up the color corresponding to the alarm level through local edge calculation, and uploads the alarm information to the channel monitoring host through 485 communication. After local calculation, the channel monitoring host sends the light control command to the channel controller, and the channel controller controls the door library atmosphere light to light up the corresponding alarm color. The channel monitoring host will also report to the comprehensive monitoring management system.

[0064] When the IT monitoring system detects alarm information from IT equipment, such as abnormal power failure of the server, excessive memory usage of IT equipment, etc., the IT equipment monitoring system will push the alarm information to the channel monitoring host of the corresponding channel, and the channel monitoring host will send the corresponding alarm information to the cabinet controller where the corresponding equipment is located. Finally, the cabinet controller will link the cabinet atmosphere light to light up the color of the corresponding alarm level.

[0065] The integrated channel lighting atmosphere light is a right-angle light strip as wide as the cabinet. It is used for lighting and linking the temperature, humidity, smoke, water immersion and other sensor alarms in the channel, displaying different light colors for different alarm levels.

[0066] The door and library atmosphere lights include LED light strips, light troughs and acrylic panels, which are used to link the temperature and humidity, smoke, water immersion and other sensor alarms in the channel, and display different light colors for different alarm levels; the alarm linkage is consistent with the channel lighting atmosphere integrated lights, and the channel lighting atmosphere integrated lights have no white light illumination.

[0067] The channel monitoring host has 6 485 ports, which are connected to 485 communication devices such as the cabinet monitoring host and the channel control box. Through the alarm situation of the peripherals, the alarm lighting control is completed at the local end, and the alarm information is transmitted to the channel control box through 485. The network protocol is used in the northbound direction to link with the comprehensive monitoring and management system of the data center.

[0068] The cabinet controller includes temperature and humidity, smoke sensors, door status, door locks, PDU, water immersion and single-cabinet atmosphere light peripheral interfaces. It uses 485 communication to the north and access the channel monitoring host.

[0069] A method for a micro-module data center with a complex lighting control function, based on the above device, specifically includes the following steps:

[0070] First, a unified control platform is established to integrate the control logic of channel atmosphere lights, door and cabinet atmosphere lights; the platform can realize the setting and control of various lighting effects through software programming;

[0071] Then, a monitoring host and monitoring module with edge computing functions are added to enable local interconnection of three types of atmosphere lights: channel atmosphere lights, door and storage atmosphere lights, and cabinet atmosphere lights. In the event of abnormal communication, local alarms can be realized.

[0072] Secondly, realize the intelligent linkage mechanism, including alarm linkage and environment linkage:

[0073] Alarm linkage includes:

[0074] When a temperature and humidity alarm occurs in a cabinet in channel A, the alarm information is uploaded to the cabinet controller. After edge computing, the cabinet controller directly controls the light to light up in the corresponding alarm color.

[0075] The cabinet controller uploads information to the channel monitoring host. After edge computing, the channel monitoring host sends the lighting control command to the channel controller. The channel controller controls the door warehouse atmosphere light to light up the corresponding alarm color, so that the operation and maintenance personnel can quickly locate the faulty channel.

[0076] Environmental linkage includes: the platform can automatically adjust the brightness and color of the ambient light according to the environmental conditions in the data center (such as temperature, humidity, light intensity, etc.) to provide better visual effects and energy-saving effects.

[0077] At the same time, the channel monitoring host will report the alarm information to the integrated monitoring management system;

[0078] Secondly, energy-saving design is carried out, including intelligent sensing, timing control and lighting selection without alarm information:

[0079] Intelligent sensing includes: installing a human body sensor or infrared sensor in the channel, and automatically turning on the lighting and turning off the channel atmosphere light when sensing that someone has entered; when the person has left for a period of time, the light is automatically turned off to save energy;

[0080] Timing control includes: setting the timing switch, remotely issuing instructions through the local channel screen or the integrated monitoring management system according to the operation time of the data center, and realizing the timing start and stop of the atmosphere light;

[0081] The lighting options for no alarm information include: when no alarm information appears, the ambient light is usually retained in the form of blue light. Through the local channel screen or the integrated monitoring management system, remote instructions can be issued to turn off the ambient light when no alarm occurs, and when an alarm information appears, the ambient light lights up the color corresponding to the alarm level;

[0082] Finally, carry out product merger and integrated installation: merge the AC220V pure white light strips with the DC24V atmosphere light strips in the channel to form a DC24V lighting atmosphere integrated lamp, and integrate the atmosphere light and lighting lamp on a unified lamp stand or perform modular design to reduce repeated purchase and installation costs.

[0083] To sum up: the present invention uses the channel monitoring host as the core to realize the control of three kinds of lights in the channel, namely, the lighting atmosphere integrated lamp in the channel, the door warehouse atmosphere lamp of the channel door warehouse, and the cabinet atmosphere lamp in the cabinet. At the same time, combined with the cabinet controller and the channel controller, simple edge computing is performed locally, which can quickly realize timely and effective alarm for the controlled lights, reduce the untimelyness caused by network problems, and provide on-site operation and maintenance personnel with an effective and clear alarm indication, which is convenient for operation and maintenance personnel to quickly locate faults.

[0084] The above shows and describes the basic principles, main features and advantages of the present invention. Those skilled in the art should understand that the present invention is not limited to the above embodiments. The above embodiments and descriptions only describe the principles of the present invention. The present invention may be subject to various changes and improvements without departing from the spirit and scope of the present invention. These changes and improvements fall within the scope of the present invention. The scope of protection claimed by the present invention is defined by the attached claims and their equivalents.

Claims

1. A device for a micro-module data center with complex lighting control functions, characterized in that: include: Channel lighting atmosphere integrated lamp: It is installed inside the channel of the data center, using RGBW four-color light strips, installed at the angle between the cabinet lifting part and the skylight, and powered by low-voltage DC; Door and storage atmosphere light: It is set in the channel door and storage of the data center, using RGB three-color light strips, installed at the bottom and side of the door and storage, and powered by DC low voltage; Cabinet atmosphere light: It is installed on the side of the front U-pillar of the data center cabinet and adopts RGB three-color light strip; it is used to issue alarms for the alarm information of the cabinet. Channel environment sensors: including infrared sensors, temperature and humidity sensors, smoke detectors and water detectors; Cabinet environment sensors: including front and rear door status sensors, temperature and humidity sensors, and smoke sensors; Channel monitoring host: It has edge computing capabilities and is used to collect data from dynamic environment equipment in the data center channel; Cabinet controller: single chip microcomputer form, used for data center cabinets; Channel controller: used for power supply of dynamic environment equipment in the data center channel, lighting atmosphere integrated lamp control and door library atmosphere lamp control. Lighting controller: used to receive the lighting control signal from the channel control box, amplify the power, and supply power to the light strip. Communication module: realizes the communication between the controller and the data center integrated monitoring and management system.

2. The device for a micro-module data center with complex lighting control function according to claim 1, characterized in that: The channel lighting atmosphere integrated light is a right-angle light strip as wide as the cabinet, which is used for lighting and linking the temperature, humidity, smoke, water immersion and other sensor alarms in the channel, and displays different light colors for different alarm levels.

3. The device for a micro-module data center with complex lighting control function according to claim 1, characterized in that: The door garage atmosphere light includes an LED light strip, a light trough and an acrylic plate, which is used to link the temperature and humidity, smoke, water immersion and other sensor alarms in the channel, and display different light colors for different alarm levels; the alarm linkage is consistent with the channel lighting atmosphere integrated light, and the channel lighting atmosphere integrated light has no white light illumination.

4. The device for a micro-module data center with complex lighting control function according to claim 1, characterized in that: The channel monitoring host has 6 485 ports, which are connected to 485 communication devices such as the cabinet monitoring host and the channel control box. Through the alarm situation of the peripherals, the alarm light control is completed at the local end, and the alarm information is transmitted to the channel control box through 485. The network protocol is used in the north direction to link with the comprehensive monitoring and management system of the data center.

5. The device for a micro-module data center with complex lighting control function according to claim 1, characterized in that: The cabinet controller includes temperature and humidity, smoke sensor, door status, door lock, PDU, water immersion and single cabinet atmosphere light peripheral interfaces, uses 485 communication to the north, and accesses the channel monitoring host.

6. A method for a micro-module data center with complex lighting control functions, characterized in that: The device according to any one of claims 1 to 5 specifically comprises the following steps: First, a unified control platform was established to integrate the control logic of channel atmosphere lights, door and storage atmosphere lights, and cabinet atmosphere lights; Then, a monitoring host and monitoring module with edge computing functions are added to enable local interconnection of three types of atmosphere lights: channel atmosphere lights, door and storage atmosphere lights, and cabinet atmosphere lights. In the event of abnormal communication, local alarms can be realized. Secondly, realize the intelligent linkage mechanism, including alarm linkage and environment linkage: The alarm linkage includes: When a temperature and humidity alarm occurs in a cabinet in channel A, the alarm information is uploaded to the cabinet controller. After edge computing, the cabinet controller directly controls the light to light up in the corresponding alarm color. The cabinet controller uploads information to the channel monitoring host. After edge computing, the channel monitoring host sends the lighting control command to the channel controller. The channel controller controls the door warehouse atmosphere light to light up the corresponding alarm color, so that the operation and maintenance personnel can quickly locate the faulty channel. The environmental linkage includes: the platform can automatically adjust the brightness and color of the ambient light according to the environmental conditions in the data center to provide better visual effects and energy-saving effects. At the same time, the channel monitoring host will report the alarm information to the integrated monitoring management system; Secondly, energy-saving design is carried out, including intelligent sensing, timing control and lighting selection without alarm information: The intelligent sensing includes: installing a human body sensor or an infrared sensor in the passage, and automatically turning on the lighting and turning off the passage atmosphere light when sensing that someone has entered; and automatically turning off the light to save energy when the person has left for a period of time; The timing control includes: setting a timing switch, remotely issuing instructions through the local channel screen or the integrated monitoring management system according to the operation time of the data center, and realizing the timing start and stop of the atmosphere light; The lighting options for no alarm information include: when no alarm information appears, the atmosphere light is often retained in the form of blue light, and instructions are sent remotely through the local channel screen or the integrated monitoring management system. It can be selected that when no alarm occurs, the atmosphere light is turned off, and when an alarm information appears, the atmosphere light lights up the color corresponding to the alarm level; Finally, carry out product merger and integrated installation: merge the AC220V pure white light strips and DC24V atmosphere light strips in the channel to form a DC24V lighting atmosphere integrated lamp, and integrate the atmosphere light and lighting lamp on a unified lamp stand or carry out modular design.

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