CN101834755A - Intelligent power distribution system - Google Patents

Intelligent power distribution system Download PDF

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Publication number
CN101834755A
CN101834755A CN 201010138023 CN201010138023A CN101834755A CN 101834755 A CN101834755 A CN 101834755A CN 201010138023 CN201010138023 CN 201010138023 CN 201010138023 A CN201010138023 A CN 201010138023A CN 101834755 A CN101834755 A CN 101834755A
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China
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module
power distribution
intelligent power
snmp
ipdu
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CN 201010138023
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Chinese (zh)
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席伟
林德昌
毛忠泰
陈小旺
陈文胜
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深圳市共济科技有限公司
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Priority to CN 201010138023 priority Critical patent/CN101834755A/en
Publication of CN101834755A publication Critical patent/CN101834755A/en

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Abstract

The invention discloses an intelligent power distribution system which comprises an intelligent power distribution unit (IPDU), a load unit and an SNMP (Simple Network Management Protocol) console, wherein the intelligent power distribution unit comprises a control module, an IPDU agent module and an SNMP agent module which are connected with the control module, and an operation parameter acquiring module for obtaining operation parameters of the load unit in the load unit, wherein the IPDU agent module is used for managing a drive module of hardware, thereby obtaining electric power and microenvironment parameters of the load unit; the SNMP agent module is used for establishing a connection with the SNMP console and providing monitored functions; the operation parameter acquiring module is used for acquiring operation parameters of the load unit and carrying out interaction with information of the control module; and the control module is used for analyzing interested parameters from information transferred from the operation parameter acquiring module and storing the interested parameters in a memory of the IPDU for being inquired and displayed. By adopting the invention, the monitoring function of various operation conditions of the loading unit can be realized.

Description

智能电源分配系统 Intelligent power distribution system

技术领域 FIELD

[0001] 本发明涉及机房配电系统和微环境监控系统,尤其涉及的是一种具有服务器监控功能的智能电源分配系统。 [0001] The present invention relates to a power distribution system and the micro-environment room monitoring system, and more particularly to intelligent power distribution system having a server monitoring function.

背景技术 Background technique

[0002] 随着计算机网络技术发展,服务器、交换机、各种电子设备等关键设备的需求也日益增加,其承担的业务越来越关键,对设备所处的环境(如机房、机柜等)要求也越高,所有参与关键设备运行的设施都必须具有高可靠性与可用性。 [0002] As the demand of key equipment computer network technology, servers, switches, various kinds of electronic equipment, also increasing its commitment to the business more and more critical for the environment devices (such as rooms, cabinets, etc.) requirements higher, all the key facilities involved in the operation of equipment must have high reliability and availability. 对电源插座而言,是所有设备用电的最后一道关口,如果它不够稳定,且缺乏足够的保护功能,将有可能导致昂贵设备被毁,甚至整个系统崩溃。 To a power outlet, it is a last pass all electrical equipment, if it is not stable enough, and the lack of adequate protection, will likely result in the destruction of expensive equipment, or even the whole system crashes. 因此,电源插座的安全稳定性是设备和业务系统价值的有力保障之 Therefore, the security and stability of the power outlet is a strong guarantee of the value of business equipment and systems

ο ο

[0003] iPDU(intelligent Power Distribution Unit智能电源分配单元)的产生就很好的解决例如:远程在线检测机柜内设备的用电情况达到掌握设备运行状态的目的;同时其具备的定时开关功能适用于无人值守场合的设备节能、减耗。 [0003] generating iPDU (intelligent Power Distribution Unit intelligent power distribution unit) is a good solution, for example: electricity consumption within the cabinet remote line testing device to achieve the purpose of grasp the operation state of the apparatus; comprising timing while switching function applies to saving device unattended occasions, reducing consumption. 对于不必长期运行的用电设备可根据预先设置好的时间进行开启和关闭。 For long-term operation of electrical equipment do not have to be turned on and off according to a pre-set time.

[0004] 但现有的很多iPDU仅仅只能对机柜内设备的用电情况进行监测,而不能对设备上的各种运行状态进行监测,因此,现有技术还有待于改进和发展。 [0004] However, many existing power usage iPDU only work for equipment within the enclosure to be monitored, but not for the operational state of the device is monitored, and therefore, the prior art has yet to be improved and developed.

发明内容 SUMMARY

[0005] 本发明的目的在于提供一种智能电源分配系统,旨在完成一个多功能的,既能监测设备内部的用电情况和设备内部的微环境,还能够监测到设备本身的各种运行状态,例如CPU利用率,内存使用状态等等设备的运行参数。 [0005] The object of the present invention is to provide an intelligent power distribution system, aimed at completing a versatile, both inside the monitoring device and the microenvironment inside the case of electrical equipment, it is also able to monitor the operation of various apparatus itself state, such as running parameters of CPU utilization, memory usage of the device and the like. 同时还提供远程的web浏览监测功能。 It also provides remote monitoring of web browsing function.

[0006] 本发明的技术方案如下: [0006] aspect of the present invention is as follows:

[0007] —种智能电源分配系统,包括智能电源分配单元、负载单元和SNMP控制台,其中, 所述智能电源分配单元内部包括控制模块以及与控制模块相连接的iPDU代理模块、SNMP 代理模块;以及负载单元内部获取负载单元自身的运行参数的运行参数采集模块,其中, [0007] - kinds of intelligent power distribution system, comprising intelligent power distribution unit, and SNMP console load unit, wherein the intelligent power distribution module includes a control unit and internal iPDU proxy module connected with the control module, SNMP agent module; and a load unit acquires its own internal operating parameters of the load unit operating parameter collection module, wherein

[0008] 所述iPDU代理模块用于管理各种硬件的驱动模块,从而获取负载单元的电力和微环境参数; [0008] The proxy module for managing iPDU various hardware driver modules, so as to obtain the power parameter and the micro-environment of the load unit;

[0009] 所述SNMP代理模块用于和SNMP控制台建立连接,提供被监控功能; [0009] The SNMP agent and SNMP console module is configured to establish a connection, providing a monitoring function;

[0010] 所述运行参数获取模块用于获取负载单元自身的运行参数并与控制模块信息进行交互; [0010] The operating parameter acquiring module for acquiring operating parameters of the load cell itself and interact with the control module information;

[0011] 所述控制模块用于从运行参数获取模块传递来的信息中解析出感兴趣的参数,存储在iPDU的内存里,供查询显示。 [0011] The control module is configured to obtain the parameter information passed to the module by parsing from the operating parameters of interest in the iPDU memory for storing display query.

[0012] 所述的智能电源分配系统,其中,所述系统还包括一web浏览器,所述智能电源分配单元还包括与控制模块连接的web服务模块, Intelligent power distribution system [0012], wherein said system further comprises a web browser, the intelligent power distribution unit further includes a web service module connected to the control module,

[0013] 所述web服务模块用于提供HTTP协议访问功能,使远程的用户可通过web浏览器对智能电源分配单元所获取的信息进行监测。 [0013] The web service module for providing access to the HTTP protocol function, so that remote users can be monitored intelligent power distribution unit information acquired by the web browser.

[0014] 所述的智能电源分配系统,其中,所述运行参数获取模块为负载单元自带的SNMP 模块或依据负载单元的操作系统而装配的服务器代理模块。 [0014] The intelligent power distribution system, wherein said operating parameter obtaining module is a load cell carrying the SNMP module according to the operating system or the load unit and the server agent module assembly.

[0015] 所述的智能电源分配系统,其中,所述智能电源分配单元内的软件平台为Linux [0015] The intelligent power distribution system, wherein the intelligent software platform within the power distribution unit for Linux

D ο D ο

[0016] 所述的智能电源分配系统,其中,所述iPDU代理模块用于管理多个驱动模块。 [0016] The intelligent power distribution system, wherein said means for managing the agent iPDU plurality of drive modules.

[0017] 所述的智能电源分配系统,其中,所述驱动模块包括温度采集驱动模块、电流采集驱动模块、电压采集驱动模块、液晶驱动模块、烟雾状态采集驱动模块、湿度采集驱动模块、 水浸状态采集驱动模块、门磁状态采集驱动模块。 [0017] The intelligent power distribution system, wherein the drive module comprises a drive module temperature collection, the driving current detection module, the driving voltage acquisition module, a liquid crystal driving module, status collection smoke drive module, the drive module humidity acquisition, flooding collecting state drive module, door driving status collection module.

[0018] 所述的智能电源分配系统,其中,所述控制模块与iPDU代理模块、服务器代理模块、SNMP代理模块和web服务模块间通过TCP/IP协议建立通信。 [0018] The intelligent power distribution system, wherein said control module iPDU agent module establish communication via TCP / IP protocol between the proxy module server, SNMP agent module and web services module.

[0019] 所述的智能电源分配系统,其中,所述控制模块与SNMP模块间通过SNMP协议建立 [0019] The intelligent power distribution system, wherein the control module is established between the module and the SNMP SNMP protocol

通{曰。 {Said pass.

[0020] 本发明所提供的一种智能电源分配系统,通过在没有SNMP (SimpleNetwork Management Protocol,简单网络管理协议)模块的负载单元上安装与负载单元所用操作系统匹配的服务器代理模块,该服务器代理模块获取设备本身的各种运行状态参数,然后与iPDU内部的控制模块建立TCP/IP连接进行信息交互,从而获取设备内部的各种运行参数。 [0020] An intelligent power distribution system of the present invention provides, by no SNMP (SimpleNetwork Management Protocol, Simple Network Management Protocol) to the load unit modules mounted with the load cell of the operating system matching server agent module, the server agent module obtains various operating states of the device itself parameters, and then establish TCP / IP connections inside iPDU information with the control module, so as to obtain various operating parameters of internal devices. 另外,对于具有SNMP模块的负载单元,控制模块可直接与SNMP模块建立SNMP连接从而进行信息交互完成对负载单元自身运行参数的监测。 Further, the load unit has SNMP module, the control module may establish an SNMP connection to perform information interaction to complete its operating parameters directly to the load unit monitoring SNMP module.

附图说明 BRIEF DESCRIPTION

[0021 ] 图1是本发明的原理框图; [0021] FIG. 1 is a block diagram of the present invention;

[0022] 图2是本发明中第一实施例的原理框图; [0022] FIG. 2 is a block diagram of a first embodiment of the present invention;

[0023] 图3是本发明中第二实施例的原理框图。 [0023] FIG. 3 is a block diagram of a second embodiment of the present invention.

具体实施方式 Detailed ways

[0024] 为使本发明的目的、技术方案及优点更加清楚、明确,以下参照附图并举实施例对本发明进一步详细说明。 [0024] To make the objectives, technical solutions and advantages of the present invention will become more apparent, clear embodiment of the present invention is described in more detail below with reference to the accompanying drawings.

[0025] 请参见图1,在负载单元2中包含有一个运行参数采集模块20,所述运行参数采集模块20用于采集负载单元2内部的各种运行参数,例如负载单元2是服务器时,包括该服务器的CPU利用率,内存占用状态和进程数量等等。 [0025] Referring to 1, when included in the load cell 2 has one operating parameter acquisition module 20, the operating parameter collection module 20 to various operating parameters of the internal 2 acquisition load unit, such as a load cell shown in Figure 2 is a server, including CPU utilization, memory usage status, and so the number of the server process. 所述运行参数采集模块20与控制模块3建立某种网络连接来满足智能电源分配单元8对负载单元2的监测功能,完成了本发明的重点部分即完成对其他系统的监控功能。 The operating parameter collection module 20 and the control module 3 to establish some sort of network connection to satisfy the intelligent power distribution unit 8, the load monitoring means 2, completing the key part of the present invention, i.e., complete monitoring of other systems.

[0026] 在Linux内核7中还包括有iPDU代理模块5,该代理模块直接管理各种驱动模块, 如驱动模块1至驱动模块η等等,所述各种驱动模块一一对应各种应用模块,驱动模块1驱动数据采集模块1,驱动模块η驱动数据采集模块η。 [0026] In the Linux kernel 7 further comprising iPDU agent module 5, the agent module directly manage various drive module, the drive module 1 to such drive module η etc., correspond to the various driving modules various application modules , the driving module 1 drives a data acquisition module, the driving module drives data acquisition module [eta] η. 另外还包括液晶显示模块,按键模块等等的驱动电路。 Also it includes a liquid crystal display module, the key module drive circuit, and the like. 数据采集模块将采集到的数据(如:温度、电压、电流、烟雾、门磁等等负载单元内部的用电情况和微环境参数)传递到iPDU代理模块5,再由iPDU代理模块5通过TCP/IP协议传递到控制模块3上,控制模块3将获取的数据存储在内存空间内。 The data acquisition module collected data (eg: power usage parameters and the microenvironment inside temperature of the load, voltage, current, smoke, door units, etc.) to the proxy module iPDU 5, then the agent module 5 via TCP iPDU / IP protocol is transmitted to the control module 3, the control module 3 stores the acquired data in the memory space. [0027] 在图中可见控制模块3是智能电源分配系统1的核心组成部分,控制模块3获取运行参数采集单元20传递来的数据后,从中获取用户感兴趣的数据,并存储在智能电源分配单元8的内存中,可供用户通过液晶显示装置实现本地查看、监测。 [0027] seen in FIG. 3 the control module is the core part of an intelligent power distribution system, the control module 3 acquires the data transfer operation parameter collecting unit 20, from which the user data of interest acquired, and stored in the intelligent power distribution a memory unit 8, a liquid crystal display device for user for local viewing, monitoring. 同时用户也可通过web浏览器10来实现远程的监测功能,此时需要在智能电源分配单元8所应用的操作系统即Linux内核7中配置一个web服务模块4,该web服务模块4通过TCP/IP协议与控制模块3建立连接,web服务模块4与web浏览器间通过HTTP协议即可完成远程访问、监测功能。 10 while the user can also be implemented through a web browser of a remote monitoring function, in this case requires the application 8 operating system intelligent power distribution unit 7 is arranged in the Linux kernel module 4 a web service, the web service module 4 over TCP / IP protocol to establish a connection with the control module 3, to complete remote access, monitoring functions between web services module 4 with a web browser via HTTP protocol.

[0028] 该智能电源分配单元8还具有被其他系统监控的功能,继续参见图1,智能电源分配单元8中具有一个SNMP代理模块6,所述SNMP代理模块6用于和SNMP控制台9建立SNMP连接以满足用户通过SNMP控制台对智能电源分配单元8的监测功能。 [0028] The intelligent power distribution unit 8 further has a function of monitoring other systems, continued reference to Figure 1, the intelligent power distribution unit 8 having a SNMP agent module 6, the SNMP agent and the SNMP module 6 for establishing console 9 SNMP connection to meet the user through monitoring of SNMP console 8 of intelligent power distribution unit.

[0029] 参见图2为本发明第一实施例的原理框图,在该实施例中,负载单元2中的运行参数采集模块是一个负载单元2自带的SNMP模块21,该SNMP模块2用于获取负载单元2内部的运行参数,负载单元2可以是各种IT设备,SNMP模块21获取该IT设备自身的各种运行参数,并通过与控制模块3间建立SNMP协议连接,将运行参数传递给控制模块3。 [0029] Referring to FIG. 2 is a schematic block diagram of the first embodiment of the present invention, in this embodiment, the operating parameter collection module load unit 2 is a built-in load cell 2 SNMP module 21, the module 2 for SNMP obtaining internal operating parameters of the load cell 2, the load unit 2 may be a variety of IT equipment, IT SNMP module 21 acquires the various operating parameters of the device itself, and by establishing the connection between the SNMP protocol and the control module 3, passes to the operating parameters the control module 3. 控制模块3根据用户的需求将感兴趣的参数存储在内存空间内,可供本地和远程监测。 The control module 3 according to a user's demand parameters stored in the memory space of interest, for both local and remote monitoring.

[0030] 智能电源分配系统中包括的iPDU代理模块5直接管理各硬件的驱动模块,例如本实施例中包括有电流采集驱动模块、电压采集驱动模块、液晶驱动模块、烟雾状态采集驱动模块、水浸状态采集驱动模块、门磁状态采集驱动模块、按键驱动、Itanter-Integrated Circuit)总线驱动、LED驱动、温度采集模块驱动、湿度采集模块驱动等等,但不限于这些模块的驱动,根据用户的需求增加的硬件设备的驱动都有iPDU代理模块5来管理。 [0030] The intelligent power distribution system comprises a iPDU agent module 5 direct management of the hardware driver modules, such embodiment comprises a current pickup drive module, voltage acquisition driving module, the liquid crystal driving module, smoke status collection drive module according to the present embodiment, water Submergence acquisition driving module, door status collection module drive, key drive, Itanter-Integrated Circuit) bus drivers, LED drivers, the driving temperature acquisition module, humidity acquisition module drive, etc., but are not limited to these driving modules, according to a user's driving increased demand for hardware devices have iPDU 5 proxy module to manage. 上述的数据采集驱动模块驱动数据采集模块获取智能电源分配单元8内部的各种用电情况和微环境。 It said data acquisition driving module drives the internal data acquisition module acquires the intelligent power distribution unit 8 and various electricity consumption microenvironment. 有关远程监测的功能与前面描述的相同,在此不做赘述。 Remote monitoring functions related to the previous description of the same, which is not repeated here.

[0031] 参见图3为本发明第二实施例的原理框图,在实施例中,通过在负载单元2中安装与负载单元2所采用的系统相匹配的服务器代理模块22,该服务器代理模块2用于获取负载单元2自身的各种运行参数。 [0031] Referring to FIG. 3 is a schematic block diagram of a second embodiment of the present invention, in an embodiment, the system 2 by mounting the load cell 2 employed in the load unit matches the server agent module 22, the server agent module 2 2 itself for acquiring operating parameters of the various load cells. 所述服务器代理模块22是利用脚本语言编写的一个应用模块,根据负载单元操作系统的不同而不同。 The server agent module application module 22 is written using a scripting language, operating system, depending on the load cell varies. 控制模块3与该服务器代理模块22通过TCP/ IP协议建立连接传递数据,控制模块3是iPDU中沟通其他组件的核心或中心,其采用正则表达式原理从数据中获取感兴趣的参数。 Transmission control module 3 establishes a connection with the server agent module 22 via TCP / IP protocol data, the control module 3 is iPDU the communication center, or other components, which employs the principles of the regular expression parameter of interest from the acquired data.

[0032] 本发明还有另外一个优点就是当控制模块3所要处理的数据很多的时候,单个CPU已不能及时完成所有的数据处理功能时,可以将控制模块3、web服务模块4、PDU代理模块5、SNMP代理模块6这四个模块中的任意两个分别放在两个处理器中进行处理,并通过TCP/IP协议建立与控制模块3间的连接。 When [0032] the present invention, another advantage is that when a lot of time control data module 3 to be processed, a single CPU can not be completed in time for all the data processing functions, the control module may be 3, web service module 4, PDU proxy module 5, the SNMP agent module of any two of the four modules 6 are placed in two processors for processing, and establish a connection with the control module 3 through the TCP / IP protocol. 从而使智能电源分配单元的功能更加的灵活。 So that the function of the intelligent power distribution unit more flexible.

[0033] 应当理解的是,本发明的应用不限于上述的举例,对本领域普通技术人员来说,可以根据上述说明加以改进或变换,所有这些改进和变换都应属于本发明所附权利要求的保护范围。 [0033] It should be appreciated that the present invention is applied is not limited to the above-described example, those of ordinary skill in the art, can be modified or converted according to the above description, all such modifications and variations shall fall within the appended claims of the invention protected range.

Claims (8)

  1. 一种智能电源分配系统,包括智能电源分配单元、负载单元和SNMP控制台,其特征在于,所述智能电源分配单元内部包括控制模块以及与控制模块相连接的iPDU代理模块、SNMP代理模块;以及负载单元内部获取负载单元自身的运行参数的运行参数采集模块,其中,所述iPDU代理模块用于管理各种硬件的驱动模块,从而获取负载单元的电力和微环境参数;所述SNMP代理模块用于和SNMP控制台建立连接,提供被监控功能;所述运行参数获取模块用于获取负载单元自身的运行参数并与控制模块信息进行交互;所述控制模块用于从运行参数获取模块传递来的信息中解析出感兴趣的参数,存储在iPDU的内存里,供查询显示。 An intelligent power distribution system, comprising intelligent power distribution unit, and SNMP console load unit, characterized in that the interior of the intelligent power distribution unit comprises a control module, and a proxy module iPDU connected with the control module, SNMP agent module; and load unit acquires its own internal operating parameters of the load unit operating parameter collection module, wherein the module for managing the agent iPDU various hardware driver modules, so as to obtain the power parameter and the micro-environment of the load unit; the SNMP agent module and establish a connection to the SNMP console, providing a monitoring function; said operating parameter obtaining module configured to obtain a load unit and its operating parameters and control information interaction module; the control module is configured to obtain operating parameters from the module to the transmission information parse parameters of interest, iPDU stored in the memory, for query and display.
  2. 2.根据权利要求1所述的智能电源分配系统,其特征在于,所述系统还包括一 web浏览器,所述智能电源分配单元还包括与控制模块连接的web服务模块,所述web服务模块用于提供HTTP协议访问功能,使远程的用户可通过web浏览器对智能电源分配单元所获取的信息进行监测。 2. The intelligent power distribution system according to claim 1, characterized in that the system further comprises a web browser, the intelligent power distribution unit further includes a web service module connected to the control module, the web services module HTTP protocol for providing access functions, so that remote users can be monitored intelligent power distribution unit information acquired by the web browser.
  3. 3.根据权利要求2所述的智能电源分配系统,其特征在于,所述运行参数获取模块为负载单元自带的SNMP模块或依据负载单元的操作系统而装配的服务器代理模块。 3. The intelligent power distribution system according to claim 2, wherein said operating parameter obtaining module is a load cell carrying the SNMP module according to the operating system or the load unit and the server agent module assembly.
  4. 4.根据权利要求1所述的智能电源分配系统,其特征在于,所述智能电源分配单元内的软件平台为Linux平台。 4. The intelligent power distribution system according to claim 1, characterized in that the software platform within the intelligent power distribution unit for the Linux platform.
  5. 5.根据权利要求1所述的智能电源分配系统,其特征在于,所述iPDU代理模块用于管理多个驱动模块。 The intelligent power distribution system according to claim 1, wherein said means for managing the agent iPDU plurality of drive modules.
  6. 6.根据权利要求5所述的智能电源分配系统,其特征在于,所述驱动模块包括温度采集驱动模块、电流采集驱动模块、电压采集驱动模块、液晶驱动模块、烟雾状态采集驱动模块、湿度采集驱动模块、水浸状态采集驱动模块、门磁状态采集驱动模块。 The intelligent power distribution system according to claim 5, characterized in that the drive module comprises a drive module temperature collection, the driving current detection module, the driving voltage acquisition module, the liquid crystal drive module, the drive module smoke status collection, humidity collection drive module, the drive module status collection flooding, door driving status collection module.
  7. 7.根据权利要求3所述的智能电源分配系统,其特征在于,所述控制模块与iPDU代理模块、服务器代理模块、SNMP代理模块和web服务模块间通过TCP/IP协议建立通信。 7. The intelligent power distribution system according to claim 3, wherein said control module iPDU agent module establish communication via TCP / IP protocol between the proxy module server, SNMP agent module and web services module.
  8. 8.根据权利要求3所述的智能电源分配系统,其特征在于,所述控制模块与SNMP模块间通过SNMP协议建立通信。 8. The intelligent power distribution system according to claim 3, characterized in that the control is established by the SNMP protocol and the SNMP communicating between modules.
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