WO2017173926A1

WO2017173926A1 - Power allocation method and device

Info

Publication number: WO2017173926A1
Application number: PCT/CN2017/077908
Authority: WO
Inventors: 范红国
Original assignee: 中兴通讯股份有限公司
Priority date: 2016-04-06
Filing date: 2017-03-23
Publication date: 2017-10-12
Also published as: CN107273203A; CN107273203B

Abstract

A method and a device for power allocation, comprising: when using a battery backup emergency power system to supply power, if a power supply system standby duration does not meet a planned duration, then selecting one or more services as services to be processed, starting from services with the lowest priority according to pre-determined service priority sorting; according to a first correspondence relationship between a service and service equipment, identifying service equipment to be processed corresponding to the service to be processed; when the service equipment to be processed is not supporting a pre-determined high priority service, identifying the rack power distribution plug corresponding to the service equipment to be processed, and switching off power supply to the identified rack power distribution plug. The embodiments of the present invention save power consumption, extend operating time of high-priority services, and increase service equipment operation and maintenance efficiency.

Description

Energy distribution method and device

Technical field

This document relates to, but is not limited to, the field of communication technologies, and in particular, to an energy distribution method and apparatus.

Background technique

In the context of the continuous development of cloud computing, building a data center with high reliability and high efficiency has become one of the topics of concern in the academic and industrial circles in recent years.

There are a large number of servers in the data center and a lot of services are running. When there is a mains interruption and the diesel engine fires out, the battery backup emergency power system becomes the only energy source. In the data center, there are always servers running low-frequency or obsolete services. The existence of these servers seriously affects the service running time of other servers.

Summary of invention

The following is an overview of the topics detailed in this document. This Summary is not intended to limit the scope of the claims.

The embodiments of the present invention provide an energy distribution method and device, which can prevent a server with a low operating frequency or a discarded service from affecting the operating efficiency of the data center.

An embodiment of the present invention provides an energy distribution method, including:

When the battery backup power supply system is used for power supply, if it is determined that the standby time of the power supply system does not meet the planned duration, the one or more services are selected from the lowest priority service according to the preset service priority order. As a business to be processed;

Finding a to-be-processed service device corresponding to the to-be-processed service according to the first correspondence between the pre-established service and the service device;

And searching for the cabinet power distribution socket corresponding to the to-be-processed service device according to the second corresponding relationship between the pre-established service device and the power distribution socket of the cabinet, if the preset high-priority service is not supported by the to-be-processed service device, And turn off the power supply of the found cabinet power distribution socket.

The energy distribution method further includes: when the to-be-processed service device supports a preset high-priority service, the method further includes:

Determining whether there is a first service device other than the to-be-processed service device in the currently running service device, where the first service device is a service device that supports the preset high-priority service;

When the first service device exists, the cabinet power distribution socket corresponding to the to-be-processed service device is searched according to the second corresponding relationship, and the power supply of the found cabinet power distribution socket is closed;

When the first service device does not exist, the power supply of the cabinet power distribution socket corresponding to the to-be-processed service device is maintained.

The first correspondence is a correspondence between the sequence number of the service device and the service name of the service, and the first correspondence between the pre-established service and the service device is found, and the service corresponding to the to-be-processed service is found. Before the service device to be processed, the energy distribution method further includes:

Obtain the serial number of each service device and the service name supported by each service device;

Establishing the first correspondence between the serial number of each service device and the service name.

The second correspondence is a correspondence between the sequence number of the service device and the slot of the power distribution socket of the cabinet, and the second correspondence between the pre-established service device and the power distribution socket of the cabinet is searched for The energy distribution method further includes: before the cabinet power distribution socket corresponding to the service device to be processed,

Entering the U-bit information of the service device into the U-bit detector, where the U-bit information includes the U-number information of the service device and the physical location information in the cabinet, and each service device corresponds to a U-bit detector;

Receiving U-bit information of the service device forwarded by the U-bit controller connected to the U-bit detector sent by the U-bit detector by a hardware asset server;

The U-bit information stored in the hardware asset server is invoked by a service asset management server to establish a binding relationship between the serial number of the service device and the U-bit information.

Receive the slot information of the cabinet power distribution socket sent by the cabinet power distribution socket logic controller, and establish the binding relationship between the slot information of the cabinet power distribution socket and the U-bit information of the service device to form the serial number of the service device and the cabinet power supply. Distributing the second correspondence of the slots of the socket.

Wherein, after the power supply system returns to normal, the energy distribution method further includes:

Finding the corresponding service according to the service device corresponding to the power distribution socket of the cabinet that is turned off;

Open the cabinet power distribution socket corresponding to the service device in the order of the priority of the service.

The method for determining whether the standby duration of the power supply system meets the planning duration includes:

Obtaining current power asset energy information and power consumption information of the cabinet power distribution socket;

Determining the standby duration of the power supply system according to the current power asset energy information and the power consumption information of the cabinet power distribution socket;

The standby duration of the power supply system is compared with the planned duration. When the standby duration of the power supply system is less than the planned duration, it is determined that the standby duration of the power supply system does not meet the planned duration.

An embodiment of the present invention further provides an energy distribution device, including:

The module is configured to be powered by the battery backup emergency power system. If it is determined that the standby time of the power supply system does not meet the planned duration, the service priority is selected according to the preset service priority. One or more services as pending transactions;

The first search module is configured to: find the to-be-processed service device corresponding to the to-be-processed service according to the first correspondence between the pre-established service and the service device;

The first processing module is configured to search for the to-be-processed service device according to the second corresponding relationship between the pre-established service device and the power distribution socket of the cabinet, when the preset high-priority service is not supported by the to-be-processed service device. Corresponding cabinet power distribution sockets, and powering off the found cabinet power distribution sockets.

The energy distribution device further includes:

a determining module, configured to determine, when the to-be-processed service device supports the preset high-priority service, whether the first service device other than the to-be-processed service device exists in the currently running service device, the first The service device is a service device supporting the preset high priority service;

The second processing module is configured to: when the first service device exists, search for a cabinet power distribution socket corresponding to the to-be-processed service device according to the second correspondence, and close the power supply of the found cabinet power distribution socket;

The third processing module is configured to maintain power supply of the cabinet power distribution socket corresponding to the to-be-processed service device when the first service device does not exist.

The first corresponding relationship in the first search module is a correspondence between a sequence number of the service device and a service name of the service, and the device further includes:

The first obtaining module is configured to acquire, before the first search module, the to-be-processed service device corresponding to the to-be-processed service, according to the first corresponding relationship between the pre-established service and the service device, The serial number and the name of the service supported by each business device;

The first establishing module is configured to establish the first correspondence between the serial number of each service device and the service name.

The second corresponding relationship in the first processing module is a correspondence between a sequence number of the service device and a slot of the power distribution socket of the cabinet, and the energy distribution device further includes:

The entry module is configured to: before the first processing module searches for the cabinet power distribution socket corresponding to the to-be-processed service device, according to the second correspondence between the pre-established service device and the cabinet power distribution socket, the U-bit of the service device The information is input into the U-bit detector, wherein the U-bit information includes the U-number information of the service device and the physical location information in the cabinet, and each service device corresponds to a U-bit detector;

The receiving module is configured to receive, by using a hardware asset server, U-bit information of the service device that is sent by the U-bit detector and sent by the U-bit controller connected to the U-bit detector;

The second establishing module is configured to invoke the U-bit information stored in the hardware asset server by using a service asset management server, and establish a binding relationship between the serial number of the service device and the U-bit information;

The receiving and establishing module is configured to receive the slot information of the cabinet power distribution socket sent by the cabinet power distribution socket logic controller, and establish a binding relationship between the slot information of the cabinet power distribution socket and the U-bit information of the service device to form a service device. The second correspondence between the serial number and the slot of the cabinet power distribution socket.

The energy distribution device further includes: after the power supply system returns to normal, the energy distribution device further includes:

The second search module is configured to find a corresponding service according to the service device corresponding to the power distribution socket of the closed cabinet;

Enable the module, and configure it to open the industry according to the order of priority of the service from high to low. The cabinet power distribution socket corresponding to the service device.

The energy distribution device further includes:

The second obtaining module is configured to obtain, according to a preset service priority, the current power asset energy information, and the one or more services are selected as the to-be-processed service, and the service is selected from the lowest priority service. Power consumption information of the cabinet power distribution socket;

Determining a module, configured to determine an alternate duration of the power supply system according to current power asset energy information and power usage information of the cabinet power distribution socket;

The comparison determining module is configured to compare the standby duration of the power supply system with the planned duration. When the standby duration of the power supply system is less than the planned duration, it is determined that the standby duration of the power supply system does not meet the planned duration.

Compared with the related art, the technical solution provided by the embodiment of the present invention includes: performing power supply by using a battery backup emergency power supply system, determining that the standby duration of the power supply system does not meet the planning duration, and selecting one or more services with low priority. As a service to be processed, the service device to be processed corresponding to the service to be processed is found according to the first correspondence between the service and the service device, and when the to-be-processed service device corresponding to the service to be processed does not support the preset high priority service, The cabinet power distribution socket corresponding to the to-be-processed service device is found, and the power supply of the found cabinet power distribution socket is closed according to the second correspondence between the service device and the cabinet power distribution socket. By turning off the service equipment of the low-priority service, the power consumption is saved, the service life of the service equipment supporting the high-priority service is extended, and the user experience and the operation and maintenance efficiency of the service equipment are improved.

Other aspects will be apparent upon reading and understanding the drawings and detailed description.

BRIEF abstract

1 is a schematic diagram of an energy distribution method according to an embodiment of the present invention;

2 is a schematic diagram of an energy distribution method according to Embodiment 2 of the present invention;

3 is a schematic diagram of an energy distribution method according to Embodiment 3 of the present invention;

4 is a schematic diagram 1 of an energy distribution device according to an embodiment of the present invention;

FIG. 5 is a second schematic diagram of an energy distribution device according to an embodiment of the present invention; FIG.

6 is a schematic diagram 1 of an energy distribution system according to an embodiment of the present invention;

FIG. 7 is a second schematic diagram of an energy distribution system according to an embodiment of the present invention.

Detailed

Embodiments of the present application will be described in detail below with reference to the accompanying drawings. It should be noted that, in the case of no conflict, the features in the embodiments and the embodiments in the present application may be arbitrarily combined with each other.

As shown in FIG. 1, the first embodiment of the present invention provides an energy distribution method, including:

In step 101, when the battery backup power supply system is used for power supply, if it is determined that the standby time of the power supply system does not meet the planned duration, the service priority is selected according to the preset service priority, and one or the lowest priority service is selected. More than one business as a pending business;

Step 102: Find a to-be-processed service device corresponding to the to-be-processed service according to the first correspondence between the pre-established service and the service device.

Step 103: When the pre-established service device does not support the preset high-priority service, the device searches for the cabinet power distribution socket corresponding to the service device to be processed according to the second correspondence between the pre-established service device and the power distribution socket of the cabinet, and Turn off the power supply to the found cabinet power distribution socket.

It should be noted that the embodiment of the present invention can be applied to a service device in a data center to manage power supply of the service device.

In the case of commercial power interruption and firewood failure, the battery backup emergency power supply system is required for power supply, but the power supply duration of the battery backup emergency power supply system has a certain limit range. When using the battery backup emergency power supply system for power supply, it is necessary to judge. Whether the standby duration of the power supply system meets the planning time. The planning period here is the length of time from the failure of the mains power supply system to the normal return of the mains supply system, or the length of time from the failure of the diesel power supply system to the return of the diesel power supply system. The standby time of the power supply system is the length of time that the battery backup emergency power system can be used for the current business equipment.

The standby duration of the power supply system does not meet the planned duration. In the multiple services that are running, one or more services are selected as the pending services starting from the lowest priority service according to the preset service priority. For example, the currently running services are ranked according to the order of priority: the first service, the second service, the third service, and the fourth service. If a service is selected as the pending service, the fourth is selected. If the service is selected as the pending service, the fourth service and the third service are selected.

After the service to be processed is determined, the to-be-processed service device corresponding to the to-be-processed service needs to be found according to the first correspondence between the pre-established service and the service device. After the service device to be processed is found, it is determined whether the preset high-priority service is supported on the service device to be processed. When the service device to be processed does not support the preset high-priority service, the service device may be established according to the pre-established service device. The cabinet corresponds to the power distribution socket of the cabinet, and searches for the power distribution socket of the cabinet corresponding to the service device to be processed, and shuts off the power supply of the power distribution socket of the cabinet.

For example, the current service to be processed is the fourth service, and the second service device and the third service device corresponding to the fourth service are found as the to-be-processed service device according to the first correspondence between the pre-established service and the service device. At this time, it is necessary to determine whether a predetermined high priority service is running on the service device to be processed. It should be noted that the high-priority and low-priority services are pre-partitioned. According to the related information of the service, such as the service name and the service unique identifier (ID), whether the current service is a high priority service or a low priority can be identified. Level business. For example, the first service and the second service are divided into high priority services, and the third service and the fourth service are low priority services.

When it is determined whether the pre-processed service device runs a preset high-priority service, the service device to be processed can check whether there is related information of the high-priority service, and further determine whether the pre-processed service device runs on the preset service. High priority business.

When the information about the high-priority service does not exist on the second service device and the third service device, it is determined that the preset high-priority service is not running on the second service device and the third service device, and the The cabinet power distribution socket corresponding to the second service device and the cabinet power distribution socket corresponding to the third service device, and then powering off the corresponding cabinet power distribution socket.

It should be noted that when the preset high priority service is not running on the second service device and the third service device, but the other low priority services except the fourth service are run, for example, the second service device and the third The third service is running on the service device. At this time, the power supply socket of the cabinet corresponding to the second service device and the power distribution socket of the cabinet corresponding to the third service device can be powered off.

In the embodiment of the present invention, by using the battery backup emergency power supply system to supply power and determining that the standby duration of the power supply system does not meet the planned duration, one or more services with low priority are selected as the to-be-processed service, according to the service and the service device. The first corresponding relationship is used to find the to-be-processed service device corresponding to the service to be processed. When the service to be processed corresponding to the service to be processed does not support the preset high-priority service, the service device and the cabinet power distribution socket are the first. The second correspondence, Find the power distribution socket of the cabinet corresponding to the service device to be processed, and shut off the power supply of the power distribution socket of the cabinet. By turning off service devices that run low-priority services, you can save power, extend the running time of service devices that support high-priority services, improve user experience, and improve operation and maintenance efficiency of service devices.

Embodiment 2

As shown in FIG. 2, a second embodiment of the present invention provides an energy distribution method, including:

Step 201: When the battery backup power supply system is used for power supply, if it is determined that the standby duration of the power supply system does not meet the planned duration, the service priority is selected according to the preset service priority, and one or the lowest priority service is selected. More than one business as a pending business;

Step 202: Find a to-be-processed service device corresponding to the to-be-processed service according to the first correspondence between the pre-established service and the service device.

Step 203: When the service device to be processed supports the preset high-priority service, determine whether the first service device except the service device to be processed exists in the currently running service device, and the first service device supports the preset high. Business equipment of priority business;

Step 204: When the first service device exists, find the cabinet power distribution socket corresponding to the service device to be processed according to the second correspondence, and turn off the power supply of the found cabinet power distribution socket;

Step 205: When the first service device does not exist, the power supply of the cabinet power distribution socket corresponding to the service device to be processed is maintained.

In the case of commercial power interruption and firewood failure, the battery backup emergency power supply system is required for power supply. However, the power supply duration of the battery backup emergency power supply system has a certain limitation range, and it is necessary to determine whether the standby time of the power supply system satisfies the planned duration. The standby duration of the power supply system does not meet the planned duration. In the multiple services that are running, one or more services are selected as the pending services starting from the lowest priority service according to the preset service priority.

After the service to be processed is determined, the to-be-processed service device corresponding to the to-be-processed service needs to be found according to the first correspondence between the pre-established service and the service device. For example, the current service to be processed is the fourth service, and the second service device and the third service device corresponding to the fourth service are found as the to-be-processed service device according to the first correspondence between the pre-established service and the service device. At this time, it is necessary to determine whether a predetermined high priority service is running on the service device to be processed. High priority and low priority The pre-levels are pre-divided. According to the related information of the service, such as the service name and service ID, the current service can be identified as a high-priority service or a low-priority service. For example, the first service and the second service are divided into high priority services, and the third service and the fourth service are low priority services.

When the service device to be processed supports the preset high-priority service, it is determined whether the first service device other than the service device to be processed exists in the currently running service device, and the first service device supports the preset high-priority service. Business equipment. When the first service device exists, the cabinet power distribution socket corresponding to the to-be-processed service device is searched according to the second correspondence, and the power supply of the found cabinet power distribution socket is turned off.

For example, after finding the second service device and the third service device corresponding to the fourth service, and determining that one or both of the second service device and the third service device are running the first service with high priority The device needs to determine whether there are other service devices that can support the first service. If other service devices can support the first service, the cabinet power distribution socket corresponding to the second service device and the third service device can be found. The cabinet power distribution socket, and then power off the corresponding cabinet power distribution socket.

When the first service device does not exist, the power supply of the cabinet power distribution socket corresponding to the service device to be processed is maintained. For example, when there is no other service device that can support the first service, it is determined whether the second service device or the third service device runs the first service with high priority. When it is determined that the first service with the high priority is running on the second service device, the power supply of the cabinet power distribution socket corresponding to the second service device is maintained. Find the cabinet power distribution socket corresponding to the third service device, and then turn off the power supply of the cabinet power distribution socket corresponding to the third service device. At this time, the fourth service cannot be operated due to the lack of the support of the third service device, and the operation of the first service of the high priority can be ensured because the cabinet power distribution socket corresponding to the second service device maintains normal power supply. When it is determined that the second service device and the third service device both run the first service with a high priority, the power supply of the cabinet corresponding to the second service device and the power supply of the cabinet power distribution socket corresponding to the third service device are maintained. . It should be noted that the other service devices herein are the first service device.

In the embodiment of the present invention, the power supply of the battery backup power supply system is used to determine that the standby time of the power supply system does not meet the planned duration, and one or more services with a lower priority are selected as the to-be-processed service, according to the service and the service device. a correspondence, finding and pending industry When the service device to be processed corresponding to the service to be processed supports the preset high priority service, it is determined whether there is a first priority of the high priority service other than the service device to be processed. The service device, when present, finds the power distribution socket of the cabinet corresponding to the service device to be processed according to the second correspondence between the service device and the power distribution socket of the cabinet, and turns off the power supply of the power distribution socket of the cabinet. When it does not exist, the power supply of the cabinet power distribution socket corresponding to the service device to be processed is maintained, thereby ensuring the operation of the high priority service. In the embodiment of the present invention, the service device that runs the low-priority service is powered off, the power is saved, and the service device supporting the high-priority service is normally operated and the running time is long, thereby improving the user experience and improving the operation and maintenance efficiency of the service device. .

Embodiment 3

As shown in FIG. 3, a third embodiment of the present invention provides an energy distribution method, including:

Step 301: When the battery backup power supply system is used for power supply, if it is determined that the standby time of the power supply system does not meet the planned duration, according to the preset service priority, the service with the lowest priority is selected. More than one business as a pending business;

Step 302: Obtain a sequence number of each service device and a service name supported by each service device, and establish a first correspondence between a sequence number of each service device and a service name.

Step 303: Find a to-be-processed service device corresponding to the to-be-processed service according to the first correspondence.

Step 304: Enter the U-bit information of the service device into the U-bit detector, where the U-bit information includes the U-number information of the service device and the physical location information in the cabinet, and each service device corresponds to a U-bit detector;

Step 305: Receive, by using a hardware asset server, U bit information of the service device that is sent by the U bit detector and transmitted by the U bit controller connected to the U bit detector.

Step 306: The U-bit information stored in the hardware asset server is invoked by a service asset management server to establish a binding relationship between the serial number of the service device and the U-bit information.

Step 307: Receive the slot information of the cabinet power distribution socket sent by the cabinet power distribution socket logic controller, and establish a binding relationship between the slot information of the cabinet power distribution socket and the U-bit information of the service device to form a serial number of the service device. The second pair of slots with the cabinet power distribution socket Should be related;

Step 308: When the service device to be processed does not support the preset high-priority service, find the power distribution of the cabinet corresponding to the service device to be processed according to the second correspondence between the sequence number of the service device and the slot of the power distribution socket of the cabinet. Socket the socket and turn off the power supply to the cabinet power distribution socket on the corresponding slot.

Firstly, in the case of commercial power interruption and firewood failure, the battery backup emergency power supply system needs to be used for power supply. However, the power supply duration of the battery backup emergency power supply system has a certain limitation range, and it is necessary to determine whether the standby duration of the power supply system satisfies the planned duration. In the judgment, it is necessary to obtain the current power asset energy information and the power consumption information of the cabinet power distribution socket, determine the standby time of the power supply system according to the current power asset energy information and the power consumption information of the cabinet power distribution socket, and then the standby time of the power supply system and When the planned duration of the power supply system is less than the planned duration, it is determined that the standby duration of the power supply system does not meet the planned duration.

The standby duration of the power supply system does not meet the planned duration. In the multiple services that are running, one or more services are selected as the pending services starting from the lowest priority service according to the preset service priority.

The sequence number of each service device and the different service names supported by each service device are obtained, and the first correspondence between the sequence number of each service device and the service name is established. Then, the service name of the service to be processed is obtained, and the service device corresponding to the service to be processed is found as the service device to be processed according to the first correspondence between the sequence number of the service device and the service name.

For example, the current service device includes a first service device, a second service device, a third service device, and a fourth service device, where the sequence number of the first service device is 001, and the sequence number of the second service device is 002, and the third The serial number of the service device is 003 and the serial number of the fourth service device is 004.

It should be noted that the serial number of each service device may be identified on the corresponding service device, for example, in a pasted form, and the label with the serial number recorded is pasted onto the service device.

On the first service device, the first service whose service name is WeChat and the second service whose service name is mobile phone weather are supported, the second service device supports the first service whose service name is WeChat, and the third service device supports the service name as mobile phone. The third business of the magazine, the business name on the fourth business device The fourth business for the mobile club.

The first correspondence between the serial number 001 and the WeChat, the first correspondence between the serial number 001 and the weather of the mobile phone, the first correspondence between the serial number 002 and the WeChat, the first correspondence between the serial number 003 and the mobile phone magazine, and the sequence are needed. The first correspondence between the number 004 and the mobile phone club.

It is assumed that the order of the service priority from high to low is the first service, the second service, the third service, and the fourth service, and after determining that the fourth service mobile phone club is the pending service, according to the serial number of the service device and the service name. The first corresponding relationship finds the fourth service device as the to-be-processed service device.

The U-bit information of the service device is obtained, where the U-bit information includes the U-number information of the service device and the physical location information in the cabinet, and the U-bit information is recorded into the U-bit detector, and each service device corresponds to a U-bit detector. Assume that the capacity of the cabinet is 24 U, and the current service equipment is 2 U, which is located on the third U and the fourth U of the cabinet. At this time, the U-bit information of the service device is: the U-number information is 2 U, and the physical location information is the third U and the fourth U.

Then, using a hardware asset server, receiving U-bit information of the service device forwarded by the U-bit detector connected by the U-bit detector and transmitted by the U-bit detector, and calling the hardware asset server by using a business asset management server connected to the hardware asset server The U-bit information stored in the internal device establishes a binding relationship between the serial number of the service device and the U-bit information.

Optionally, after obtaining the sequence number of the current service device and the U-bit information of the current service device, the binding relationship between the sequence number of the service device and the U-bit information may be established, for example, the sequence number of the current service device is 003, and the service device is configured. The U-bit information is as follows: the U-number information is 2 U, and the physical location information is the third U and the fourth U. The binding relationship between the sequence number 003 and the U-bit information can be established, and the U of the service device can be obtained according to the service device serial number. Bit information.

Receive the slot information of the cabinet power distribution socket sent by the cabinet power distribution socket logic controller, and establish the binding relationship between the slot information of the cabinet power distribution socket and the U-bit information of the service device to form the serial number of the service device and the cabinet power supply. The second correspondence of the slots of the distribution socket.

The second correspondence between the service device and the cabinet power distribution socket can be formed according to the relationship between the U-bit information of the service device and the slot information of the cabinet power distribution socket.

If the service provider does not support the preset high-priority service, the device can search for the sequence number of the service device to be processed according to the second correspondence between the sequence number of the service device and the slot of the power distribution port of the cabinet. The cabinet power supply corresponding to the service device to be processed allocates the slot of the socket and turns off the power supply of the cabinet power distribution socket of the corresponding slot.

Optionally, after the power supply system returns to normal, the corresponding service is found according to the service device corresponding to the power distribution socket of the cabinet that is turned off; and the power supply corresponding to the service device is sequentially turned on according to the order of the priority of the service from high to low. Allocate sockets to ensure the normal operation of each business.

For example, the corresponding service of the service device corresponding to the power distribution socket of the cabinet that is currently closed includes: the third service and the fourth service, and the priority of the third service is higher than the priority of the fourth service. Enable the cabinet power distribution socket corresponding to the service device that supports the third service, and then enable the cabinet power distribution socket corresponding to the service device that supports the fourth service.

In the embodiment of the present invention, the power supply of the battery backup power supply system is used to determine that the standby time of the power supply system does not meet the planned duration, and one or more services with a lower priority are selected as the to-be-processed service, according to the service and the service device. A corresponding relationship is found, and the to-be-processed service device corresponding to the service to be processed is found. When the to-be-processed service device corresponding to the to-be-processed service does not support the preset high-priority service, the second is allocated according to the service device and the cabinet power distribution socket. Corresponding relationship, find the cabinet power distribution socket corresponding to the service device to be processed, and close the power supply of the found cabinet power distribution socket. By turning off service devices that run low-priority services, you can save power, extend the running time of service devices that support high-priority services, and improve the operation and maintenance efficiency of service devices. After the power supply system returns to normal, the corresponding cabinet power distribution sockets are sequentially turned on according to the priority of the service to ensure the normal operation of the service.

The embodiment of the invention further provides a computer storage medium, wherein the computer storage medium stores computer executable instructions, and the computer executable instructions are configured to execute the energy distribution method.

An embodiment of the present invention further provides an energy distribution device, including: a memory and a processor; wherein

A processor is configured to execute program instructions in the memory;

Program instructions perform the following operations on the processor read:

If the preset high-priority service is not supported on the service device to be processed, the cabinet power distribution socket corresponding to the to-be-processed service device is searched for and closed according to the second correspondence between the pre-established service device and the power distribution socket of the cabinet. Find the power supply to the cabinet power distribution socket.

Embodiment 4

The following is an embodiment of an energy distribution device according to Embodiment 4 of the present invention. The embodiment of the energy distribution device is the same as the method embodiment described above, and the details of the embodiment of the energy distribution device are not described in detail in the embodiments.

Among them, as shown in Figure 4, the energy distribution device includes:

The module 10 is configured to be configured to use the battery backup emergency power system to supply power. If it is determined that the standby time of the power supply system does not meet the planned duration, the service priority is selected according to the preset service priority. Out of one or more services as pending transactions;

The first search module 20 is configured to find a to-be-processed service device corresponding to the to-be-processed service according to the first correspondence between the pre-established service and the service device;

The first processing module 30 is configured to search for a cabinet corresponding to the service device to be processed according to the second correspondence between the pre-established service device and the power distribution socket of the cabinet when the service device to be processed does not support the preset high-priority service. The power is assigned to the outlet and the power to the identified cabinet power distribution outlet is turned off.

Wherein, as shown in FIG. 5, the energy distribution device further includes:

The determining module 40 is configured to determine, when the to-be-processed service device supports the preset high-priority service, whether the first service device other than the to-be-processed service device exists in the currently running service device, and the first service device is a support pre- Business equipment for high priority services;

The second processing module 50 is configured to: when the first service device exists, according to the second correspondence Find the power distribution socket of the cabinet corresponding to the service device to be processed, and shut off the power supply of the power distribution socket of the cabinet that is found.

The third processing module 60 is configured to maintain power supply of the cabinet power distribution socket corresponding to the service device to be processed when the first service device does not exist.

The first corresponding relationship in the first search module 20 is a correspondence between a sequence number of the service device and a service name of the service, and the energy distribution device further includes:

The first obtaining module 70 is configured to acquire each service device before the first search module 20 searches for the to-be-processed service device corresponding to the to-be-processed service according to the first correspondence between the pre-established service and the service device. The serial number and the name of the service supported by each business device;

The first establishing module 80 is configured to establish a first correspondence between the serial number of each service device and the service name.

The second corresponding relationship in the first processing module 30 is a correspondence between a sequence number of the service device and a slot of the power distribution socket of the cabinet. The energy distribution device further includes:

The entry module 90 is configured to enter the U-bit information of the service device before the first processing module 30 searches for the cabinet power distribution socket corresponding to the service device to be processed according to the second correspondence between the pre-established service device and the cabinet power distribution socket. In the U-bit detector, the U-bit information includes the U-number information of the service device and the physical location information in the cabinet, and each service device corresponds to a U-bit detector;

The receiving module 100 is configured to receive, by using a hardware asset server, U-bit information of the service device that is sent by the U-bit detector and transmitted by the U-bit controller connected to the U-bit detector;

The second establishing module 110 is configured to use a service asset management server to invoke the U-bit information stored in the hardware asset server to establish a binding relationship between the serial number of the service device and the U-bit information.

The receiving and establishing module 120 is configured to receive the slot information of the cabinet power distribution socket sent by the cabinet power distribution socket logic controller, and establish a binding relationship between the slot information of the cabinet power distribution socket and the U-bit information of the service device to form a service. The second correspondence between the serial number of the device and the slot of the cabinet power distribution socket.

Wherein, after the power supply system returns to normal, the energy distribution device further includes:

The second search module 130 is configured to allocate a service corresponding to the socket according to the power of the cabinet that is turned off. The device finds the corresponding service;

The module 140 is configured to enable the cabinet power distribution socket corresponding to the service device in sequence according to the order of the priority of the service.

Wherein, the energy distribution device further comprises:

The second obtaining module 150 is configured to obtain, according to a preset service priority order, a current power asset energy information, and before selecting one or more services as the to-be-processed service, starting from the lowest priority service. Power consumption information of the cabinet power distribution socket;

The determining module 160 is configured to determine, according to the current power asset energy information and the power consumption information of the cabinet power distribution socket, the standby time of the power supply system;

The comparison determining module 170 is configured to compare the standby duration of the power supply system with the planned duration. When the standby duration of the power supply system is less than the planned duration, it is determined that the standby duration of the power supply system does not meet the planned duration.

The energy distribution device of the embodiment of the present invention uses the battery backup power supply system to supply power, and determines that the standby time of the power supply system does not meet the planned duration, and selects one or more services with low priority as the to-be-processed service. According to the first correspondence between the service and the service device, the service device to be processed corresponding to the service to be processed is found. When the service device to be processed corresponding to the service to be processed does not support the preset high priority service, according to the service device and The second power of the power distribution socket of the cabinet is found. The power distribution socket of the cabinet corresponding to the service device to be processed is found, and the power supply of the power distribution socket of the cabinet is closed. By turning off service devices that run low-priority services, you can save power, extend the running time of service devices that support high-priority services, improve user experience, and improve operation and maintenance efficiency of service devices.

It should be noted that the energy distribution device provided by the embodiment of the present invention is a device applying the above method, and all embodiments of the foregoing method are all configured as the energy distribution device, and both can achieve the same or similar beneficial effects.

Embodiment 5

Embodiment 5 of the present invention further provides an energy distribution system, as shown in FIG. 6, comprising:

a U-bit detecting device for detecting U-bit information of a service device, a power distribution device, and a power supply and distribution device that supplies power to the service device;

A business asset management platform that is separately connected to the U-bit detection device, the power distribution device, and the power supply and distribution device and configured to regulate the distribution of asset energy on each service device.

As shown in FIG. 7 , the U-bit detecting device includes a U-bit detector A (capable of detecting in-position information of the service device and asset information such as the bound device model and physical space) having a communication interface and a detection tag, and has a communication interface. The U-bit controller B, wherein the U-bit controller B aggregates information of a plurality of U-bit detectors A, and the asset is entered into the device C, configured to input asset information to the U-bit detector A, and the hardware asset server D is configured to be stored. Information about hardware assets and physical space and other information data.

The power distribution device includes a logic controller E having a communication interface and a power distribution end F having a controllable electrical switch function, and the logic controller E can obtain slot information on the power distribution device, and each slot on the power distribution device Both have independent control of opening and closing functions. The power distribution end F is the slot on the power distribution device.

The power supply and distribution equipment includes a high-voltage DC or uninterruptible power supply with a communication interface and an online battery. Through the information of the solidified battery unit, the backup current can be counted in real time according to the current current and voltage, and the current power supply system can be counted in real time. All status information.

The business asset management platform includes a business asset management server G having a communication interface, and a business asset management logic processor H connected to the business asset management server G.

The U-bit detection-based energy distribution system records the asset information or planning information of the service device into the U-bit detector A with the storage tag through the asset entry device C, and the U-bit controller B that aggregates the U-bit detector A information will The information is stored in the hardware asset server D through the switching device; the business asset management server G will call the hardware asset server D in real time through the switching device.

The logic controller E of the power distribution device and the information of the power distribution device are logically processed by the business asset management logic processor H, and the business asset management logic processor H can know the specific location of each service device in each cabinet. The current power consumption, the priority of the supported services and their services, and the current power supply system failure and backup power supply time. The business asset management logic processor H logically processes each slot of the power distribution device to control the insertion. Whether the service equipment corresponding to the slot is powered off, in order to save power, and strive for valuable time for repairing and restoring power.

The energy distribution system of the embodiment of the invention, the U-bit detecting device, the power distribution device and the service The asset management platform is applied to the asset service optimized for the power supply backup time to implement the shutdown of the service equipment corresponding to the low priority service, and to save power for the normal operation of the service equipment supporting the high priority service.

It should be noted that the energy distribution system provided by the embodiment of the present invention is a system to which the foregoing method and device are applied, and all the embodiments of the foregoing method and device are properly configured as the system, and all of the same or similar beneficial effects can be achieved.

The above is an alternative embodiment of the present invention, and it should be noted that those skilled in the art can make several improvements and retouchings without departing from the principles of the present invention. It should also be considered as the scope of protection of the present invention.

One of ordinary skill in the art will appreciate that all or a portion of the above steps may be performed by a program to instruct related hardware, such as a processor, which may be stored in a computer readable storage medium, such as a read only memory, disk or optical disk. Wait. Alternatively, all or part of the steps of the above embodiments may also be implemented using one or more integrated circuits. Correspondingly, each module/unit in the foregoing embodiment may be implemented in the form of hardware, for example, by implementing an integrated circuit to implement its corresponding function, or may be implemented in the form of a software function module, for example, being executed by a processor and stored in a memory. Programs/instructions to implement their respective functions. The invention is not limited to any specific form of combination of hardware and software.

The embodiments disclosed in the present application are as described above, but the descriptions are only for the purpose of understanding the present application, and are not intended to limit the present application, such as the specific implementation method in the embodiments of the present invention. Any modifications and changes in the form and details of the embodiments may be made by those skilled in the art without departing from the spirit and scope of the disclosure. The scope defined by the appended claims shall prevail.

Industrial applicability

The foregoing technical solution saves power consumption, prolongs the running time of high-priority services, and improves the operation and maintenance efficiency of service devices.

Claims

An energy distribution method comprising:

When the battery backup power supply system is used for power supply, if it is determined that the standby time of the power supply system does not meet the planned duration, the one or more services are selected from the lowest priority service according to the preset service priority order. As a business to be processed;

Finding a to-be-processed service device corresponding to the to-be-processed service according to the first correspondence between the pre-established service and the service device;

And searching for the cabinet power distribution socket corresponding to the to-be-processed service device according to the second corresponding relationship between the pre-established service device and the power distribution socket of the cabinet, if the preset high-priority service is not supported by the to-be-processed service device, And turn off the power supply of the found cabinet power distribution socket.
The energy distribution method according to claim 1, wherein when the to-be-processed service device supports a preset high-priority service, the energy distribution method further includes:

Determining whether there is a first service device other than the to-be-processed service device in the currently running service device, where the first service device is a service device that supports the preset high-priority service;

When the first service device exists, the cabinet power distribution socket corresponding to the to-be-processed service device is searched according to the second corresponding relationship, and the power supply of the found cabinet power distribution socket is closed;

When the first service device does not exist, the power supply of the cabinet power distribution socket corresponding to the to-be-processed service device is maintained.
The energy distribution method according to claim 1, wherein the first correspondence is a correspondence between a sequence number of the service device and a service name of the service, and the first correspondence between the pre-established service and the service device is Before the service device to be processed corresponding to the to-be-processed service is found, the energy distribution method further includes:

Obtain the serial number of each service device and the service name supported by each service device;

Establishing the first correspondence between the serial number of each service device and the service name.
The energy distribution method according to claim 3, wherein the second correspondence is a correspondence between a sequence number of the service device and a slot of the power distribution socket of the cabinet, where the pre-built The energy distribution method further includes: before the firewall power distribution socket corresponding to the to-be-processed service device, the energy distribution method further includes:

Entering the U-bit information of the service device into the U-bit detector, where the U-bit information includes the U-number information of the service device and the physical location information in the cabinet, and each service device corresponds to a U-bit detector;

Receiving U-bit information of the service device forwarded by the U-bit controller connected to the U-bit detector sent by the U-bit detector by a hardware asset server;

The U-bit information stored in the hardware asset server is invoked by a service asset management server to establish a binding relationship between the serial number of the service device and the U-bit information.

Receive the slot information of the cabinet power distribution socket sent by the cabinet power distribution socket logic controller, and establish the binding relationship between the slot information of the cabinet power distribution socket and the U-bit information of the service device to form the serial number of the service device and the cabinet power supply. Distributing the second correspondence of the slots of the socket.
The energy distribution method according to claim 1, after the power supply system returns to normal, the energy distribution method further includes:

Finding the corresponding service according to the service device corresponding to the power distribution socket of the cabinet that is turned off;

Open the cabinet power distribution socket corresponding to the service device in the order of the priority of the service.
The energy distribution method according to claim 1, wherein the method for determining whether the standby duration of the power supply system meets the planning duration includes:

Obtaining current power asset energy information and power consumption information of the cabinet power distribution socket;

Determining the standby duration of the power supply system according to the current power asset energy information and the power consumption information of the cabinet power distribution socket;

The standby duration of the power supply system is compared with the planned duration. When the standby duration of the power supply system is less than the planned duration, it is determined that the standby duration of the power supply system does not meet the planned duration.
An energy distribution device comprising:

Select a module that is configured to be powered when using a battery backup emergency power system If the standby duration of the power supply system does not meet the planned duration, the service with the lowest priority is selected according to the preset service priority, and one or more services are selected as the pending service.

The first search module is configured to: find the to-be-processed service device corresponding to the to-be-processed service according to the first correspondence between the pre-established service and the service device;

The first processing module is configured to search for the to-be-processed service device according to the second corresponding relationship between the pre-established service device and the power distribution socket of the cabinet, when the preset high-priority service is not supported by the to-be-processed service device. Corresponding cabinet power distribution sockets, and powering off the found cabinet power distribution sockets.
The energy distribution device of claim 7, the energy distribution device further comprising:

a determining module, configured to determine, when the to-be-processed service device supports the preset high-priority service, whether the first service device other than the to-be-processed service device exists in the currently running service device, where the first service is The device is a service device supporting the preset high priority service;

The second processing module is configured to: when the first service device exists, search for a cabinet power distribution socket corresponding to the to-be-processed service device according to the second correspondence, and close the power supply of the found cabinet power distribution socket;

The third processing module is configured to maintain power supply of the cabinet power distribution socket corresponding to the to-be-processed service device when the first service device does not exist.
The energy distribution device according to claim 7, wherein the first correspondence is a correspondence between a sequence number of the service device and a service name of the service, and the energy distribution device further includes:

The first obtaining module is configured to acquire, before the first search module, the to-be-processed service device corresponding to the to-be-processed service, according to the first corresponding relationship between the pre-established service and the service device, The serial number and the name of the service supported by each business device;

The first establishing module is configured to establish the first correspondence between the serial number of each service device and the service name.
The energy distribution device according to claim 9, wherein the second correspondence is a correspondence between a sequence number of the service device and a slot of the power distribution socket of the cabinet, and the energy distribution device further includes:

The entry module is configured to: before the first processing module searches for the cabinet power distribution socket corresponding to the to-be-processed service device, according to the second correspondence between the pre-established service device and the cabinet power distribution socket, the U-bit of the service device The information is input into the U-bit detector, wherein the U-bit information includes the U-number information of the service device and the physical location information in the cabinet, and each service device corresponds to a U-bit detector;

The receiving module is configured to receive, by using a hardware asset server, U-bit information of the service device that is sent by the U-bit detector and sent by the U-bit controller connected to the U-bit detector;

The second establishing module is configured to invoke the U-bit information stored in the hardware asset server by using a service asset management server, and establish a binding relationship between the serial number of the service device and the U-bit information;

The receiving and establishing module is configured to receive the slot information of the cabinet power distribution socket sent by the cabinet power distribution socket logic controller, and establish a binding relationship between the slot information of the cabinet power distribution socket and the U-bit information of the service device to form a service device. The second correspondence between the serial number and the slot of the cabinet power distribution socket.
The energy distribution device of claim 7, after the power supply system returns to normal, the energy distribution device further comprises:

The second search module is configured to find a corresponding service according to the service device corresponding to the power distribution socket of the closed cabinet;

Enable the module to be configured to enable the cabinet power distribution socket corresponding to the service device in the order of the priority of the service.
The energy distribution device of claim 7, the energy distribution device further comprising:

The second obtaining module is configured to obtain, according to a preset service priority, the current power asset energy information, and the one or more services are selected as the to-be-processed service, and the service is selected from the lowest priority service. Power consumption information of the cabinet power distribution socket;

Determining a module, configured to determine an alternate duration of the power supply system according to current power asset energy information and power usage information of the cabinet power distribution socket;

The comparison determining module is configured to compare the standby duration of the power supply system with the planned duration. When the standby duration of the power supply system is less than the planned duration, it is determined that the standby duration of the power supply system does not meet the planned duration.