CN101504564A - Server system with system energy consumption monitoring function - Google Patents

Server system with system energy consumption monitoring function Download PDF

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Publication number
CN101504564A
CN101504564A CN 200910013742 CN200910013742A CN101504564A CN 101504564 A CN101504564 A CN 101504564A CN 200910013742 CN200910013742 CN 200910013742 CN 200910013742 A CN200910013742 A CN 200910013742A CN 101504564 A CN101504564 A CN 101504564A
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China
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system
management
power
module
bus
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CN 200910013742
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Chinese (zh)
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锋 张
滕学军
赵吉志
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浪潮电子信息产业股份有限公司
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Priority to CN 200910013742 priority Critical patent/CN101504564A/en
Publication of CN101504564A publication Critical patent/CN101504564A/en

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Abstract

The invention provides a server system capable of monitoring system energy consumption. Based on a system energy consumption management bus, by rectifying connection configuration among management resources, communication resources, application resources and coordination resources of a server, the system can intuitively and accurately display the whole energy consumption condition. The structure of the system comprises a power supply module, a power consumption management bus, a system management module and management software. The server system has the advantages that based on modularized flexible design, the system defines information formats acquired by the power supply module, specifications of the power consumption management bus, standard data conversion of the system management module, and the like; the system is established on open industrial standards and can be applied to various computer systems; therefore, the system has quite wide development prospect.

Description

一种可监测系统能耗的服务器系统技术领域本发明涉及计算机通信领域,具体涉及一种可监测系统功耗的服务器系统。 BACKGROUND A monitoring system for power consumption server computer system of the present invention relates to the field of communication, particularly relates to a system power monitoring server system. 背景技术随着计算机技术的发展和计算机应用的普及扩大,计算机系统的功耗也逐渐成为不可忽视的社会问题。 BACKGROUND With the popularity of computer application development and expansion of computer technology, the power consumption of the computer system is becoming a social problem can not be ignored. 有数据显示全球信息科技产业排出的二氧化碳占全球二氧化碳排放量的2%。 Data show that the global information technology industry carbon dioxide emissions account for 2% of global carbon dioxide emissions. 而2007年中国服务器保有量已经超过了182万台,按照每台服务器平均功耗400瓦计算,年耗电总量约为64亿千瓦时,相当于我国空调总能耗的1/6。 The 2007 Chinese server ownership has exceeded 182 million units, calculated according to the average power consumption of 400 watts per server, the total annual power consumption of about 64 billion kwh, equivalent to the total energy consumption of air conditioning 1/6. 再加上PC、网络设备等其他设备,估计2007年我国IT产品的总耗电估算为300-500亿度。 Together with other devices PC, network equipment, the estimated total power consumption estimated 2007 China's IT products for the 300-500 billion kWh. 这几乎相当于三峡电站一年的发电总量(2006年为492. 50 亿度)。 This is almost equivalent to the total power generation of Three Gorges power station one year (2006 to 49.25 billion degrees). 因此对计算机系统进行实时的功耗监测,成为计算机设备的迫切要求,也是对信息设备进行节能设计、进一步的控制系统功耗的前提。 So the computer system for real-time power monitoring, become an urgent requirement of computer equipment, information equipment is also the premise of energy-saving design, further control system power consumption. 通常传统的服务器系统功耗的监测方法是独立于计算机系统以外,采用整机柜、或是整机房的功耗监测,这种方式很难和其他的服务器系统管理数据进行整合,且监测数值也不能具体到某台服务器。 Monitoring method generally conventional server system is independent of the power consumption of a computer system other than using the whole cabinet, or power monitoring machine room, it is difficult in this way, and other server systems management data integration and monitoring the value We can not be specific to a particular server. 发明内容本发明的结构区别于传统的服务器能耗的监测架构,本发明的结构是以其特征在于以系统能耗管理总线为基础,通过整合服务器管理资源、通信资源和应用资源及协调资源间的连接配置,使该体系结构能够直观、准确的显示出服务器系统的整体能耗状况,该系统体系结构包括:供电模块(1),功耗管理总线(2)、 系统管理模块(3)、管理软件(4),其中:供电模块(1)是体系结构的基础,负责系统功耗信息收集、转化; 功耗管理总线(2)主要负责将系统功耗信息传递到系统管理模块; 系统管理模块(3)负责将系统功耗信息转化为标准的管理数据包格式; 管理软件(4)的作用提取系统管理模块中的功耗管理信息,输出为直观的用户界面的显示。 SUMMARY OF THE INVENTION structure of the present invention is different from the conventional architectures monitoring server power consumption, the structure of the present invention is characterized in that its energy to the system management bus is based, inter-resource management server through the integration, and application resources and communication resources to coordinate resources connection configuration, so that the architecture can intuitively and accurately show the overall energy consumption at the server system, the system architecture comprising: a power supply module (1), power management bus (2), system management module (3), management software (4), wherein: a power supply module (1) is the underlying architecture of the charge information collecting system power conversion; power management bus (2) is responsible for the power transfer system information to the system management module; system Administration module (3) is responsible for the system power management information into a standard packet format; role management software (4) management module of the extraction system power management information, output display and intuitive user interface. 本发明的有益效果是:基于模块化灵活设计,定义供电模块收集的信息格式、 功耗管理总线的规范,系统管理模块向的标准数据转化等,其建立在开放的工业标准之上,可应用在多种的计算机系统之上,因而具有非常广阔的发展前景。 Advantageous effects of the invention are: information format based on a modular design flexibility, the power supply module defined to collect, regulate power management bus standard data management system to the conversion module and the like, which are built on open industry standards, applicable on a variety of computer systems, and thus has a very broad prospects for development. 附图说明 BRIEF DESCRIPTION

附图1为传统的基于整机柜、整机房的服务器能耗监测体系结构示意图; Figure 1 is a schematic view of conventional server-based energy monitoring architecture machine cabinet, the machine room;

附图2为可监测系统能耗的服务器体系结构示意图。 Figure 2 is a schematic view of energy consumption monitoring system may be a server architecture. 旦休^紘卡^" Once the card is hung off ^ ^ "

下面参照附图,对本发明的内容以一个具体实例来描述实现这一体系结构的过程。 Of the present invention in a specific example of the process to achieve this architecture is described below with reference to the accompanying drawings.

以系统能耗管理总线为基础,通过整合服务器管理资源、通信资源、应用资源及协调资源间的连接配置,使系统能够直观、准确的显示出整体能耗状况,该 In bus-based energy management system, configured by connecting between the integration server management resources, communication resources, application resources and coordination of resources, the system can intuitively and accurately show the overall energy consumption at the

系统结构包括:供电模块(1),功耗管理总线(2)、系统管理模块(3)、管理软件(4),其中: The system structure comprising: a supply module (1), power management bus (2), System Management Module (3), the management software (4), wherein:

(1) 供电模块提供的实时功耗信息,通过功耗管理总线提供到系统管理模块, 管理模块将系统功耗、核心电压、系统温度、风扇转速等系统管理信息统一整合 (1) real-time power consumption information provided by the power supply module, power management by providing a bus system to the management module, the system power management module, the core voltage, system temperature, fan speed and other consolidated and integrated information management system

为系统管理数据格式,并将管理数据通过系统管理总线接口提供给管理软件调用、 显示; Management system format data, and management data to the management system via the bus interface call management software, displayed;

(2) 功耗管理总线主要负责将系统功耗信息传递到系统管理模块; (2) Bus power management system is mainly responsible for passing information to the system power management module;

(3) 系统管理模块负责将系统功耗信息转化为标准的管理数据包格式; (3) the system management module is responsible for system power management information into a standard packet format;

(4) 管理软件的作用提取系统管理模块中的功耗管理信息,输出为直观的用户界面的显示。 Action (4) power management software extracts management information system management module, the output is displayed in an intuitive user interface.

2、根据权利要求1所述的系统,其特征在于,系统供电模块将系统功耗的信息实时收集,转化为功耗管理总线要求的数字格式。 2. The system according to claim 1, wherein the system power supply module of the system power consumption information gathered in real time, into a digital format required power management bus. 实施例 Example

正如发明内容中所描述的,本发明体系结构主要包括:供电模块(1),功耗管理总线(2)、系统管理模块(3)、管理软件(4)。 Summary of the Invention As described, the architecture of the present invention includes: a power supply module (1), power management bus (2), System Management Module (3), the management software (4).

服务器的供电模块内置系统能耗的收集、转化单元,将实时的能耗通过专门的电路转化为电源管理规范的数据格式。 Server module built-in system power consumption collection, conversion unit, the real energy through specialized circuitry power management specification into a data format.

系统能耗数值通过电源管理总线连接到系统管理模块,将系统能耗信息收集到系统管理模块内,和系统管理的其他信息整合为统一的系统管理数据。 Value of energy consumption via the power management bus is connected to the system manager module, the energy collecting system information into the system management module, and other management information systems integrated into a unified system management data.

系统管理软件从管理模块的标准接口获取管理信息,通过直观的管理界面, 用户可以明确的、动态的了解到系统实时能耗的状态。 System management software interface to get from the standard management module management information through an intuitive management interface, the user can clear the state of dynamic real-time energy consumption has learned.

4 4

Claims (2)

1、一种可监测系统能耗的服务器系统,其特征在于以系统能耗管理总线为基础,通过整合服务器管理资源、通信资源、应用资源及协调资源间的连接配置,使系统能够直观、准确的显示出整体能耗状况,该系统结构包括:(1)供电模块,(2)功耗管理总线、(3)系统管理模块、(4)管理软件,其中:(1)供电模块提供的实时功耗信息,通过功耗管理总线提供到系统管理模块,管理模块将系统功耗、核心电压、系统温度、风扇转速等系统管理信息统一整合为系统管理数据格式,并将管理数据通过系统管理总线接口提供给管理软件调用、显示;(2)功耗管理总线主要负责将系统功耗信息传递到系统管理模块;(3)系统管理模块负责将系统功耗信息转化为标准的管理数据包格式;(4)管理软件的作用提取系统管理模块中的功耗管理信息,输出为直观的用户界面的显示。 1. A server system consumption monitoring system, wherein the energy management system in a bus-based, the connection configuration between the integration server management resources, communication resources, application resources and coordination of resources, the system can intuitively and accurately shows overall energy consumption situation, the system structure comprises: (1) power supply module, (2) bus power management, (3) the system management module, (4) management software, wherein: (1) the power supply module provides real-time power consumption information, provided by the power management bus to the system management module, the system power management module, the core voltage, system temperature, fan speed and other system management information management system integrated into a unified data format, data management and system management bus interface to call management software, display; (2) bus power management system is mainly responsible for passing information to the system management module power; (3) the system management module is responsible for the system power management information into a standard packet format; action (4) power management software extracts management information system management module, the output is displayed in an intuitive user interface.
2、 根据权利要求l所述的系统,其特征在于,系统供电模块将系统功耗的信息实时收集,转化为功耗管理总线要求的数字格式。 2. The system as claimed in claim l, wherein the system power supply module of the system power consumption information gathered in real time, into a digital format required power management bus.
CN 200910013742 2009-01-08 2009-01-08 Server system with system energy consumption monitoring function CN101504564A (en)

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Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN101807166A (en) * 2010-04-19 2010-08-18 浪潮电子信息产业股份有限公司 Server energy consumption display method
CN103095719A (en) * 2013-01-30 2013-05-08 浪潮集团有限公司 Cloud computing device energy consumption management scheduling monitoring networking protocol
CN105302266A (en) * 2009-08-14 2016-02-03 谷歌公司 Providing a user with feedback regarding power consumption in battery-operated electronic devices
US9880920B2 (en) 2009-08-14 2018-01-30 Google Llc Providing a user with feedback regarding power consumption in battery-operated electronic devices

Cited By (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105302266A (en) * 2009-08-14 2016-02-03 谷歌公司 Providing a user with feedback regarding power consumption in battery-operated electronic devices
US9880920B2 (en) 2009-08-14 2018-01-30 Google Llc Providing a user with feedback regarding power consumption in battery-operated electronic devices
CN105302266B (en) * 2009-08-14 2018-04-03 谷歌有限责任公司 Provide a user the feedback on the power consumption in battery-operated electronic equipment
CN101807166A (en) * 2010-04-19 2010-08-18 浪潮电子信息产业股份有限公司 Server energy consumption display method
CN103095719A (en) * 2013-01-30 2013-05-08 浪潮集团有限公司 Cloud computing device energy consumption management scheduling monitoring networking protocol

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