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Position: Chinese Standard in English/GB 50052-2009
GB 50052-2009   Code for Design Electric Power Supply Systems (English Version)
Standard No.: GB 50052-2009 Status:valid remind me the status change

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Language:English File Format:PDF
Word Count: 5000 words Price(USD):80.0 remind me the price change

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Implemented on:2010-7-1 Delivery: via email in 1 business day
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Standard No.: GB 50052-2009
English Name: Code for Design Electric Power Supply Systems
Chinese Name: 供配电系统设计规范
Chinese Classification: P63    Power supply and distribution engineering
Professional Classification: GB    National Standard
Issued by: MOHURD, AQSIQ
Issued on: 2009-11-11
Implemented on: 2010-7-1
Status: valid
Superseding:GB 50052-1995 Code for design of electric power supply systems
Language: English
File Format: PDF
Word Count: 5000 words
Price(USD): 80.0
Delivery: via email in 1 business day
1 General Provisions 1.0.1 This code is developed to implement and execute national technical & economic policy; achieve personal safety, power supply reliability, state-of-art technology and rational economy during the design of electric power supply systems. 1.0.2 This code is applicable to the design of construction, extension and renovation for user-terminal electric power supply systems. 1.0.3 Electric power supply systems shall comprehensively and properly be designed in accordance with such factors as load property, power capacity, project characteristics and regional power supply condition. 1.0.4 The design of electric power supply systems shall meet the current usage and the future development in accordance with the characteristics, scale and development program of the project. 1.0.5 Advanced electrical products, meeting the requirements of national current standard and with such properties as high efficiency, energy conservation, environmental-friendliness as well as being safety shall be adopted in electric power supply systems. 1.0.6 This code specifies the basic technical requirements for the design of electric power supply systems. In case this code conflicts with the provisions in national laws and administrative regulations, the later prevails. 1.0.7 The design of electric power supply systems shall meet the requirements stated in this code and those in the national, current and relevant standards. 2 Terms 2.0.1 Vital load in first grade load Load which may cause poisoning, explosion, fire disaster, etc. due to power supply interruption, or the one for which power supply must not be interrupted in vital places 2.0.2 Duplicate supply One load power-supplied by two circuits, which are mutually independent in terms of safety power supply. 2.0.3 Electric supply systems for safety services Power supply system which is used to maintain the operation of electrical equipments and electric apparatuses; to keep the health and safety of both humans and livestock; and/or to avoid the damages of environment or other equipments Note: power supply system includes the electric circuit connected from power box to electrical equipment terminals. On certain occasions, it may also involve equipments. 2.0.4 Electric source for safety services Power supply being used as the components of electric supply systems for safety services 2.0.5 Stand-by electric source Power supply, when normal power supply is interrupted, being used to maintain the operation of electric apparatuses or their partial components due to non-safety factors 2.0.6 Distributed generation
1 General Provisions 2 Terms 3 Load Classification and Power Supply Requirement 4. Power Source and Power Supply System 5. Voltage Selection and Quality of Electric Energy 6 Reactive Power Compensation 7. LV Distribution Explanation of Wording in This Code List of Quoted Standards
Referred in GB 50052-2009:
*GB 12326-2000 Power quality--Voltage fluctuation and flicker
*GB/T 14549-1993 Quality of Electric Energy Supply - Harmonics in Public Supply Network
*GB/T 15543-2008 Power quality—Three-phase voltage
GB 50052-2009 is referred in:
* GB 50055-2011 Code for design of electric distribution of general-purpose utilization equipment
* GB 50053-2013 Code for Design of 20kV & Under Electric Substation
* JGJ 218-2010 Design code for exhibition building
* GB 50565-2010 Code for design of textile engineering on fire protection and prevention
* GB 50620-2010 Code for design of viscose fibre plant
* SY/T 6881-2012 Design Code for Water Treatment and Reinjection Engineering in Highly Hydrogen Sulfide Gas Field
* GB 50073-2013 Code for design of clean room
* GB 50516-2010 Technical Code for Hydrogen Fuelling Station
* GB 50016-2014 Code of Design on Building Fire Protection and Prevention
* GB 16912-2008 Safety Technical Regulation for Oxygen and Relative Gases Produced with Cryogenic Method
* GB 50016-2014 Code of Design on Building Fire Protection and Prevention
* GB 50053-2013 Code for Design of 20kV & Under Electric Substation
* GB 50016-2014 Code of Design on Building Fire Protection and Prevention
* GB 50073-2013 Code for design of clean room
* GB 50016-2014 Code of Design on Building Fire Protection and Prevention
* GB 50016-2014 Code of Design on Building Fire Protection and Prevention
* GB 50053-2013 Code for Design of 20kV & Under Electric Substation
* GB 50073-2013 Code for design of clean room
* SY/T 6881-2012 Design Code for Water Treatment and Reinjection Engineering in Highly Hydrogen Sulfide Gas Field
* GB 50055-2011 Code for design of electric distribution of general-purpose utilization equipment
* GB 50687-2011 Explanation of Provisions of Architectural and Technical Code for Cleanroom in Food
* GB 50620-2010 Code for design of viscose fibre plant
* JGJ 218-2010 Design code for exhibition building
* CJJ 34-2010 Design Code for City Heating Network
* GB 50516-2010 Technical Code for Hydrogen Fuelling Station
* SY/T 6711-2008 Technical Safety Code for Liquefied Natural Gas Receiving Terminal
* GB 50016-2014 Code of Design on Building Fire Protection and Prevention
* GB 50016-2014 Code of Design on Building Fire Protection and Prevention
* GB 50073-2013 Code for design of clean room
* GB 50073-2013 Code for design of clean room
* GB 50053-2013 Code for Design of 20kV & Under Electric Substation
* SY/T 6881-2012 Design Code for Water Treatment and Reinjection Engineering in Highly Hydrogen Sulfide Gas Field
* GB 50687-2011 Explanation of Provisions of Architectural and Technical Code for Cleanroom in Food
* GB 50687-2011 Architectural and Technical Code for Cleanroom in Food
* GB 50073-2013 Code for design of clean room
* GB 50016-2014 Code of Design on Building Fire Protection and Prevention
* GB 50016-2014 Code of Design on Building Fire Protection and Prevention
* GB 50016-2014 Code of Design on Building Fire Protection and Prevention
* GB 50016-2014 Code of Design on Building Fire Protection and Prevention
* GB 50016-2014 Code of Design on Building Fire Protection and Prevention
* GB 50016-2014 Code of Design on Building Fire Protection and Prevention
* DB37/T 1177-2009 Design Guide for Reverse Osmosis Sea Water Desalination Device in Fossil Fuel Power Plant
* GB 50029-2014 Code for Design of Compressed Air Station
* JGJ 62-2014 Code for Design of Hotel Building
* GB 50195-2013 Design code for producer gas station
* GB 50030-2013 Oxygen Station Design Specifications
* GB 14925-2010 Laboratory animal - Requirements of environment and housing facilities
* GB 14925-2010/XG1-2011 Laboratory animal—Requirements of environment and housing facilities
* HJ 2019-2012 Technical specification for waste water treatment and reuse of iron and steel industry
* GB 50157-2013 Code for Design of Metro
* GB 50251-2015 Design code for gas transmission pipeline engineering
* JGJ 100-2015 Code for Design of Parking Garage Building
* JGJ 66-2015
* GB 50070-2009 Code for design of electric power in mine
* GB/T 29781-2013 General requirements for electric vehicle charging station
* GB/T 29772-2013 General requirements of electric vehicle battery swap station
*GB 50174-2017 Code for Design of Data Centers
*SH/T 3038-2017 Code for Electric Power Design in Petrochemical Plants
*GB 50457-2019 Code for design of pharmaceutical industry clean room
*T/CECS 463-2017 Technical specification for application of sewage-elevating device
*SH/T 3024-2017 Design Specification for Environmental Protection in Petrochemical Industry
*GB/T 29328-2018 Specific configuration of power supply and self-emergency power supply for important power users
*GB 51283-2020 Fire protection standard for engineering design of fine chemical enterprise
*SH/T 3060-2013 Code for design of power supply system in petrochemical enterprises
*GB 50041-2020 Standard for design of boiler plant
*SH/T 3082-2019 Design code for instrument power supply in petrochemical industry
*GB 51156-2015 Code for design of liquefied natural gas receiving terminal
*GB/T 40061-2021 Technical specification for liquid hydrogen production system
*GB 51427-2021 Technical standard for auto tracking and targeting jet suppression system
*GB/T 50115-2019 Standard for design of industrrial television system
*GB 50070-2020 Standard for design of electric power in mine
*CJJ/T 285-2018 Technical standard of integrated prefabricated pumping station engineering
Code of China
Standard
GB 50052-2009  Code for Design Electric Power Supply Systems (English Version)
Standard No.GB 50052-2009
Statusvalid
LanguageEnglish
File FormatPDF
Word Count5000 words
Price(USD)80.0
Implemented on2010-7-1
Deliveryvia email in 1 business day
Detail of GB 50052-2009
Standard No.
GB 50052-2009
English Name
Code for Design Electric Power Supply Systems
Chinese Name
供配电系统设计规范
Chinese Classification
P63
Professional Classification
GB
ICS Classification
Issued by
MOHURD, AQSIQ
Issued on
2009-11-11
Implemented on
2010-7-1
Status
valid
Superseded by
Superseded on
Abolished on
Superseding
GB 50052-1995 Code for design of electric power supply systems
Language
English
File Format
PDF
Word Count
5000 words
Price(USD)
80.0
Keywords
GB 50052-2009, GB/T 50052-2009, GBT 50052-2009, GB50052-2009, GB 50052, GB50052, GB/T50052-2009, GB/T 50052, GB/T50052, GBT50052-2009, GBT 50052, GBT50052
Introduction of GB 50052-2009
1 General Provisions 1.0.1 This code is developed to implement and execute national technical & economic policy; achieve personal safety, power supply reliability, state-of-art technology and rational economy during the design of electric power supply systems. 1.0.2 This code is applicable to the design of construction, extension and renovation for user-terminal electric power supply systems. 1.0.3 Electric power supply systems shall comprehensively and properly be designed in accordance with such factors as load property, power capacity, project characteristics and regional power supply condition. 1.0.4 The design of electric power supply systems shall meet the current usage and the future development in accordance with the characteristics, scale and development program of the project. 1.0.5 Advanced electrical products, meeting the requirements of national current standard and with such properties as high efficiency, energy conservation, environmental-friendliness as well as being safety shall be adopted in electric power supply systems. 1.0.6 This code specifies the basic technical requirements for the design of electric power supply systems. In case this code conflicts with the provisions in national laws and administrative regulations, the later prevails. 1.0.7 The design of electric power supply systems shall meet the requirements stated in this code and those in the national, current and relevant standards. 2 Terms 2.0.1 Vital load in first grade load Load which may cause poisoning, explosion, fire disaster, etc. due to power supply interruption, or the one for which power supply must not be interrupted in vital places 2.0.2 Duplicate supply One load power-supplied by two circuits, which are mutually independent in terms of safety power supply. 2.0.3 Electric supply systems for safety services Power supply system which is used to maintain the operation of electrical equipments and electric apparatuses; to keep the health and safety of both humans and livestock; and/or to avoid the damages of environment or other equipments Note: power supply system includes the electric circuit connected from power box to electrical equipment terminals. On certain occasions, it may also involve equipments. 2.0.4 Electric source for safety services Power supply being used as the components of electric supply systems for safety services 2.0.5 Stand-by electric source Power supply, when normal power supply is interrupted, being used to maintain the operation of electric apparatuses or their partial components due to non-safety factors 2.0.6 Distributed generation
Contents of GB 50052-2009
1 General Provisions 2 Terms 3 Load Classification and Power Supply Requirement 4. Power Source and Power Supply System 5. Voltage Selection and Quality of Electric Energy 6 Reactive Power Compensation 7. LV Distribution Explanation of Wording in This Code List of Quoted Standards
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Keywords:
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