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JJF 2081-2023: Specification for Measuring Energy Efficiency of Liquid Cooling Servers
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| JJF 2081-2023 | English | 449 |
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Specification for Measuring Energy Efficiency of Liquid Cooling Servers
| Valid |
JJF 2081-2023
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Standard similar to JJF 2081-2023 JJF 2072 JJF 2073 JJF 2071 Basic data | Standard ID | JJF 2081-2023 (JJF2081-2023) | | Description (Translated English) | Specification for Measuring Energy Efficiency of Liquid Cooling Servers | | Sector / Industry | Metrology & Measurement Industry Standard | | Word Count Estimation | 22,223 | | Date of Issue | 2023-10-12 | | Date of Implementation | 2024-04-12 | | Issuing agency(ies) | State Administration for Market Regulation | JJF 2081-2023: Specification for Measuring Energy Efficiency of Liquid Cooling Servers---This is a DRAFT version for illustration, not a final translation. Full copy of true-PDF in English version (including equations, symbols, images, flow-chart, tables, and figures etc.) will be manually/carefully translated upon your order.
National Metrology Technical Specifications of the People's Republic of China
Liquid-cooled server energy efficiency
Measurement test specifications
LiquidCoolingServers
Implemented on 2024-04-12
Released by the State Administration for Market Regulation
Liquid-cooled server energy efficiency
Measurement test specifications
Responsible unit: Energy Efficiency Labeling Measurement Branch of National Energy Resources Measurement Technical Committee
technical committee
Main drafting unit: China Institute of Metrology
Zhongxun Post and Telecommunications Consulting and Design Institute Co:, Ltd:
Participating unit in the drafting: China Quality Certification Center
Shenzhen Institute of Metrology and Quality Inspection
This specification is entrusted to the Energy Efficiency Labeling and Measurement Sub-Technical Committee of the National Energy Resources Measurement Technical Committee:
Responsible for explanation
The main drafters of this specification:
Wu Tong (China Institute of Metrology)
Zhang Yue (China Institute of Metrology)
Yang Yingjie (Zhongxun Post and Telecommunications Consulting and Design Institute Co:, Ltd:)
Participating drafters:
Zheng Juan (China Quality Certification Center)
Shen Qingfei (China Institute of Metrology)
An Chuangwen (Shenzhen Institute of Metrology and Quality Inspection)
Table of contents
Introduction(Ⅱ)
1 Scope(1)
2 Cited documents(1)
3 Terminology and units of measurement(1)
4 Overview(2)
5 Measuring characteristics(2)
5:1 Liquid cooling server system energy efficiency ratio(2)
5:2 Liquid cooling server system energy efficiency(2)
5:3 Server energy efficiency(2)
6 Test conditions(2)
6:1 Environmental conditions(2)
6:2 Test equipment(3)
7 Test items and methods(3)
7:1 Independent power supply mode(3)
7:2 Dependent power supply mode(5)
7:3 Uncertainty calculation(7)
8 Expression of test results(7)
Appendix A Reference format of inner pages of test original records (8)
Appendix B Reference format of inner pages of test certificate (11)
Appendix C Example of uncertainty assessment of energy efficiency measurement of liquid-cooled servers (14)
Introduction
In order to standardize the energy efficiency measurement testing work of liquid-cooled server systems, according to JJF 1071-2010 "National Metrology School
This specification is formulated in accordance with the requirements of "Quasi Specification Writing Rules":
This specification is released for the first time:
Liquid-cooled server energy efficiency
Measurement test specifications
1 Scope
This specification applies to the capabilities of independently powered and non-independently powered liquid-cooled server systems using the Linux operating system:
The measurement of efficiency parameters can be used to analyze the energy efficiency status of liquid-cooled servers and provide information for the design, manufacturing, operation and maintenance, and modification of liquid-cooled servers:
It can be used as a reference for rating the energy efficiency level of liquid-cooled servers:
2 cited documents
This specification references the following documents:
JJF 1059:1-2012 Evaluation and expression of measurement uncertainty
For dated referenced documents, only the dated version applies to this specification; for undated referenced documents, only the dated version applies:
The latest version (including all modification orders) applies to this specification:
3 Terminology and units of measurement
The following terms and definitions apply to this specification:
3:1 Liquidcoolingsystem liquidcoolingsystem
A device or system that uses liquid to remove heat from a heating device:
Note: Liquid cooling systems are suitable for application scenarios where performance indicators such as computing power, energy efficiency, and deployment density need to be improved:
3:2 Liquidcoolingserver liquidcoolingserver
Server products that use liquid hot and cold exchange to take away the heat of server heating devices as the main heat dissipation method:
When the liquid-cooled server system operates under test conditions and specified conditions, it completes the computing tasks within a certain period of time:
The number of floating point operations or integer operations:
When the liquid-cooled server system is running under test conditions and specified conditions, during the same period of time, the liquid-cooled server itself
The ratio of energy consumption to the total energy consumption of the liquid-cooled server system, the measurement unit is (W·h)/(W·h) (dimensionless quantity):
When the liquid-cooled server system operates under test conditions and specified conditions, within the same period of time, the liquid-cooled server system
The ratio of the calculation amount to the total energy consumption of the liquid-cooled server system, the measurement unit is (W·h)-1:
When the liquid-cooled server system operates under test conditions and specified conditions, within the same period of time, the liquid-cooled server system
The ratio of computing volume to liquid-cooled server energy consumption, the measurement unit is (W·h)-1:
3:7 Idle state idlemode
The server operating system has been loaded, the user configuration file has been created, and only the system default basic applications are provided:
state:
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