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QC/T 895-2011 English PDF

QC/T 895-2011 (QC/T895-2011, QCT 895-2011, QCT895-2011)
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QC/T 895-2011English70 Add to Cart 0--9 seconds. Auto-delivery On-board conductive charger for electric vehicles Obsolete QC/T 895-2011

Standard ID QC/T 895-2011 (QC/T895-2011)
Description (Translated English) On-board conductive charger for electric vehicles
Sector / Industry Automobile & Vehicle Industry Standard (Recommended)
Classification of Chinese Standard T35
Classification of International Standard 43.040
Word Count Estimation 24,217
Date of Issue 2011-12-20
Date of Implementation 2012-07-01
Quoted Standard GB/T 191; GB/T 2423.17-2008; GB 4208-2008; GB/T 15139-1994; GB 17625.1-2003; GB/Z 17625.6-2003; GB/T 18384.3-2001; GB/T 18487.1; GB/T 18487.3-2001; GB/T 18488.1-2006; GB/T 19596; GB/T 19826-2005; GB/T 20234.2-2011; QC/T 413-2002
Drafting Organization Shenzhen BYD Auto Co., Ltd.
Administrative Organization National Automotive Standardization Technical Committee
Regulation (derived from) MIIT Announcement 2011 No.43; Industry Standard Filing Announcement 2012 No.5 (Total No.149)
Summary This standard specifies the conduction of electric vehicle car charger (hereinafter referred to as the car charger) basic components, parameters, requirements, test methods, inspection rules and signs, packaging, transport and storage. This standard applies to pure electric vehicles and hybrid external rechargeable electric car with a car charger.

Standards related to: QC/T 895-2011

QC/T 895-2011
ICS 43.040
T 35
QC/T 895–2011
On-board conductive charger for
electric vehicles
Issued by. The Ministry of Industry and Information Technology of the People's
Republic of China
Announcement of the Ministry of
Industry and Information Technology of
the People's Republic of China
[2011] No. 43
The Ministry of Industry and Information Technology has approved 1081 industrial
standards such as "Water Cooled Tubular Heat Exchangers" (standard number, name,
main content and implementation date are detailed in Attachment 1) and 19 non-ferrous
and metallurgy professional standard samples (see Attachment 2), including. 258
chemical industry standards, 7 petrochemical standards, 43 metallurgy standards
(including 11 standard samples), 148 non-ferrous standards (including 8 standard
samples), 92 building material standards, 11 rare earth standards, 3 gold industrial
standards, 85 textile standards, 125 light industry standards, 49 automotive standards,
177 machinery standards and 102 communication standards. They are announced now.
The above chemical industry standards are published by Chemical Industry Press; the
petrochemical standards are published by Sinopec Press; the metallurgy standards are
published by Metallurgical Industry Press; the non-ferrous, gold, rare earth and textile
standards are published by China Standards Press; the building material standards are
published by China Building Materials Press; the light industry standards are published by
China Light Industry Press; the machinery standards are published by China Machine
Press; the automotive standards are published by China Planning Press; and the
communication standards are published by Posts & Telecom Press.
Attachment. Number, Name and Implementation Date of 49 Automotive Standards
Ministry of Industry and Information Technology of the People's Republic of China
December 20, 2011
Number, Name and Implementation Date of
49 Automotive Standards
Table of Contents
Foreword ... 7
1 Scope ... 8
2 Normative References ... 8
3 Terms and definitions ... 9
4 Basic components ... 10
5 Parameters ... 11
6 Requirements ... 12
7 Test method ... 17
8 Inspection rules ... 26
9 Marking, packaging, transportation and storage ... 29
Annex A (Normative) Control guide circuit ... 31
This standard was drafted in compliance with the rules in GB/T 1.1-2009.
This standard was proposed by and under the jurisdiction of the National Technical
Committee on Road Vehicles of Standardization Administration of China (SAC/TC 114).
Drafting organizations of this standard. Shenzhen BYD Company Limited, China
Automotive Technology & Research Centre, Tianjin Qingyuan Electric Vehicle Co., Ltd,
Chery Automobile Co., Ltd, Beijing Institute of Technology, Beijing Jiaotong University,
Beiqi Foton Motor Co., Ltd, Chongqing Changan New Energy Automobile Co., Ltd,
Wanxiang EV Co., Ltd., and Tianjin Lishen Battery Joint-stock Co., Ltd.
Chief drafting staffs of this standard. Zhang Jianhua, Wei Yu, Meng Xiangfeng, Zhao
Chunming, Niu Liyong, Hu Hao, Yuan Changrong, He Yuntang, Niu Kaihua, Li Lei, Zeng
Xiangbing, Liu Peng, Huang Yu, and Zhang Na.
On-board conductive charger for
electric vehicles
1 Scope
This standard specifies the basic structure, parameters, requirements, test methods,
inspection rules and markings, packaging, transport and storage of on-board conductive
charger for electric vehicles (hereinafter referred to as on-board charger).
This standard applies to the on-board charger used for the pure electric vehicles and the
hybrid electric vehicles which are external rechargeable.
2 Normative References
The following standards contain provisions which, through reference in this standard,
constitute provisions of this standard. For the dated references, all the subsequent
amendment lists (excluding the content of corrigendum) or revisions do not apply to this
standard; however, the involved parties who enter into agreements based on this standard
are encouraged to investigate the possibility of applying the latest editions of the
standards indicated below. For the undated references, the latest edition applies to this
GB 191 Packaging - Pictorial markings for handling of goods (eqv ISO 780)
GB/T 2423.17 Basic environmental testing procedures for electric and electronic
products - Test Ka. Salt mist
GB 4208-2008 Degrees of protection provided by enclosure(IP code)
GB/T 15139-1994 General technical standard for electrical equipment structure
GB 17625.1-2003 Electromagnetic compatibility-Limits - Limits for harmonic current
emissions (equipment input current≤16A per phase)
GB/Z 17625.6-2003 Electromagnetic compatibility--Limits--Limitation of emission of
harmonic currents in low-voltage power supply systems for equipment with
rated current greater than 16A
GB/T 18384.3-2001 Electric vehicles-Safety specification-Part 3. Protection of
persons against electric hazards
GB/T 18487.1 Electric vehicle conductive charging system--Part 1. General
GB/T 18487.3 Electric vehicle conductive charging system A.C./D.C. Electric vehicle
charging station
GB/T 18488.1-2006 The electrical machines and controllers for electric vehicles -
Part 1. General specification
GB/T 19596 Terminology of electric vehicles
GB/T 19826-2005 General specification and safety requirement for DC power
supply equipment of power projects
GB/T 20234.2-2011 Connection set of conductive charging for electric
vehicles—Part 2. AC charging coupler
QC/T 413-2002 Basic technical requirements for automotive electric equipment
3 Terms and definitions
Terms defined in GB/T 19596 and GB/T 18487.1 as well as following definitions and terms
apply to this standard.
On-board charger
Refers to a device that installed on the electric automobile, and can converted the power
of the public grid into direct current required by the on-board energy storage device and
can charge the on-board energy storage device.
Charging efficiency
The percentage of the ratio of the on-board charger DC output power and the AC input
active power.
Total harmonic distortion (THD)
The square-root of sum of squares of the ratio of the 2-th – 40-th harmonic current
component AND the fundamental current.
Im — The n-th harmonic current component.
I1 — Fundamental current.
protection value, it shall turn off the output and give the alarm. After troubleshooting, it
shall have the automatic recovery function. Short-circuit protection.
When the output short circuit happened before starting the on-board charger, it shall not
start after powered on and shall give alarm. During operation, if the output short circuit
happened, the output shall be turned off and give alarm. After troubleshooting, the
on-board charger shall be able to work normally. Over-temperature Protection.
When the temperature at the temperature sampling point of the on-board charger exceeds
the set value of over temperature protection, it shall automatically enter into the state of
over temperature protection, and shall run at a reduced power or shut down. After the
on-board charger’s temperature returns to normal, it shall have the automatic recovery
function. Reverse-connection Protection.
For the on-board charger of which the output port does not have anti-reverse, when the
DC output terminal and the polarity of on-board energy storage device are connected
reversely, it shall not be started and shall give alarm. After troubleshooting, the on-board
charger shall be able to work normally. Potential equilibrium and ground protection.
The resistance between conductive parts that are directly accessible to the human body in
the on-board charger and the potential equilibrium shall not be greater than 0.1. The
on-board charger grounding point shall have obvious grounding sign. Power-off protection.
The on-board charger shall have the function of cutting off the power supply quickly in the
exceptional circumstances.
6.4.4 Low voltage power supply function.
For the on-board charger with a low-voltage auxiliary power, the low voltage auxiliary
power supply shall provide a DC voltage with a nominal value of 12V or 24V, and the DC
voltage ripple factor shall be less than 1%. Output under-voltage protection.
At the voltage and frequency range conditions specified in 6.3, start up on-board charger
to make it run at constant current, and reduce the load resistance, making the output
voltage of the on-board charger lower than the DC under-voltage protect...