China Fuel Cell Standards
Identification	GB/T 20042.1-2005 Proton Exchange Membrane Fuel Cell Part 1: Terminology
Scope	Various types of proton exchange membrane fuel cells.
Status	Published. Available from www.standards.net.cn/ Under revision as 20130691-T-604. Scheduled for completion in the middle of 2016.
Identification	GB/T 20042.2-2008 Proton Exchange Membrane Fuel Cell Part 2: General technical specification of fuel cell stacks
	Basic requirements for safety and performance of PEM fuel cell stacks. Requirements of type tests, routine tests, acceptance test programs, test methods as well as markings and instructions.
Status	Published. Available from www.standards.net.cn/ or http://std.samr.gov.cn/ A revision project (20193071-T-604) was started in October 2019 with an expected completion in 24 months.
Identification	GB/T 20042.3-2009 Proton Exchange Membrane Fuel Cell Part 3: Test method for proton exchange membrane
Scope	Various types of proton exchange membrane.  Terminology and definitions of proton exchange membrane test methods for PEM fuel cells.  Thickness uniformity test, proton conductivity test, ion exchange equivalent test, permeability test, tensile test, swelling test and water absorption rate test.
Status	Published. Available from www.standards.net.cn/ or http://std.samr.gov.cn/ A revision project (20200647-T-604) was initiated in July 2019 with an expected completion in 18 months.
Identification	GB/T 20042.4-2009 Proton Exchange Membrane Fuel Cell Part 4: Test method for electrocatalysts
Scope	Terminology and definitions of electrocatalyst test methods for PEM fuel cells. Platinum content of the test, the electrochemical activity of the test area, surface area, pore volume, pore size distribution test, morphology and size distribution test, the crystal structure test, the catalyst bulk density and single cell polarization curve test.
Status	Published. Available from www.standards.net.cn/
Identification	GB/T 20042.5-2009 Proton Exchange Membrane Fuel Cell Part 5: Test method for membrane electrode assembly
Scope	Terminology and definitions of MEA test methods for PEM fuel cells. Thickness uniformity test, Pt loading capacity test, single cell polarization curves, hydrogen permeation current density test, the activation over potential and ohmic polarization over potential polarization test, electrochemical active surface area test.
Status	Published. Available from www.standards.net.cn/
Identification	GB/T 20042.6-2011 Proton Exchange Membrane Fuel Cell Part 6: Test method of bipolar plate properties
Scope	This part specifies test procedures of materials of bipolar plate, such as, gas tightness, density, flexural strength and resistance, corrosion current density and components of bipolar plate, such as, gas tightness, resistant drop, area utilization, thickness uniformity, flatness, mass and resistance. This standard applies to polymer electrolyte fuel cell.
Status	Published. Available from www.standards.net.cn/
Identification	GB/T 20042.7-2014 Proton exchange membrane fuel cells Part 7: Test methods of carbon paper properties
Scope	This part of GB/T 20042 provides test methods for PEMFC carbon paper properties. Test items include thickness uniformity, resistance, mechanical strength, gas permeability, porosity, bulk density, area density, surface roughness.
Status	Published. Available at www.standards.net.cn/
Identification	GB/Z 21742-2008 Portable Proton Exchange Membrane Fuel Cell Power Systems
Scope	For a.c. and d.c. type portable fuel cell systems (not for road vehicles).  The following fuels and fuel feedstocks are within the scope of this standard: 1) hydrogen, 2) natural gas, 3) liquefied petroleum, such as, propane and butane, 4) liquid alcohols such as methanol and ethanol, 5) gasoline, 6) diesel, 7)kerosene, 8) metals, such as Zn or Al, or 9) chemical hydrides.
Status	Published. Available from www.standards.net.cn/
Identification	GB/Z 21743-2008 Stationary Proton Exchange Membrane Fuel Cell Power System – Test Methods for Performance
Scope	Adopted part of IEC 62282 series that covers operational and environmental aspects of the stationary fuel cell power systems performance.  The test methods apply as follows:      a.  power output under specified operating and transient conditions,      b.  electrical and thermal efficiency under specified operating conditions      c.  environmental characteristics; e.g. gas emissions, noise, etc. under specified operating and transient conditions. Coverage for electromagnetic compatibility is not provided.
Status	Published. Available from www.standards.net.cn/
Identification	GB/T 23645-2009 Test methods of fuel cell power system for passenger cars
Scope	Terminology and definitions, accuracy of the test instrumentation, preparation for test, test condition and performance test methods of fuel cell power system for passenger cars.
Status	Published. Available from www.standards.net.cn/
Identification	GB/T 23646-2009 Fuel cell power system for electric bicycles – Technical specification
Scope	Terminology and definitions, technical parameters, technical requirements, test methods, inspection rules, requirements of markings and instructions.
Status	Published. Available from www.standards.net.cn/
Identification	GB/T 23751.1-2009 Micro Fuel Cell Power System – Part 1: Safety
Scope	This consumer safety standard, adapter from IEC 62282 series, covers micro fuel cell power systems, micro fuel cell power units and fuel cartridges that are wearable or easily carried by hand, providing d.c. outputs that do not exceed 60V d.c. and power outputs that do not exceed 240 VA. Portable fuel cell power systems that provide output levels that exceed these electrical limits are covered by IEC 62282-5-1. Adaptation of IEC 62282-6-100: 2007.
Status	Published. Available from www.standards.net.cn/
Identification	GB/T 23751.2-2009 Micro Fuel Cell Power System – Part 2: Performance test methods
Scope	Adapter from IEC 62282 series, provides test methods which are required for the performance evaluation of micro fuel cell power systems for laptop computers, mobile phones, personal digital assistants (PDAs), cordless home appliances, TV broadcast cameras, autonomous robots, etc. This standard describes the performance test methods for power characteristics, fuel consumption and mechanical durability for micro fuel cell power systems with output up to 60 V d.c. and 240 VA. Adaptation of IEC 62282-6-200: 2007.
Status	Published. Available from www.standards.net.cn/
Identification	GB/Z 23751.3 - 2013 Micro fuel cell power system – Part 3: Fuel cartridge interchangeability
Scope	Adaptation of IEC 62282-6-300: 2009 without any change.
Status	Published 2013. Available at www.standards.net.cn/
Identification	GB/T 25319-2010 Fuel cell test system used for motor vehicles – Technical specification
Scope	This standard specifies terms and symbols, requirement, test method, verification rules and test report of polymer electrolyte fuel cell power system for motor vehicles. This standard applies to polymer electrolyte fuel cell power system for motor vehicles.
Status	Published.  Available at www.standards.net.cn/
Identification	GB/T 25447-2010 Proton exchange membrane fuel cell test system and activation system
Scope	This standard specifies condition for use, requirement for safety, requirement for technology, test method and verification rules of proton exchange membrane fuel cell test system and activation system. This standard applies to proton exchange membrane fuel cell test system and activation system. Useable fuels including hydrogen, reformed gas, liquid alcohol (e.g. methanol), and useable oxidants including air and oxygen and so on.
Status	Published.  Available at www.standards.net.cn/
Identification	GB/T 27748.1-2011 Stationary fuel cell power system – Part 1: Safety
Scope	Adaptation of international standard, IEC 62282-3-1:2007 .
Status	Published. Available from www.standards.net.cn/ A new project has been approved (20130683-T-604) to update this document to the 2012 edition of IEC 62282-3-100. The completion date is scheduled for the end of 2016.
Identification	GB/T 27748.2-2013 Stationary fuel cell power system – Part 2: Performance test methods
Scope	Adaptation of IEC 62282-3-200:2011 without any change
Status	Published 2013. Available at www.standards.net.cn/ or http://std.samr.gov.cn/ A revision project (20200649-T-604) was initiated to update this standard to IEC 62282-3-200:2015.
Identification	GB/T 27748.3-2011 Stationary fuel cell power system – Part 3: Installation
Scope	Adaptation of international standard, IEC 62282-3- 3:2007
Status	Published. Available from www.standards.net.cn/
Identification	GB/Z 27753-2011 Test Method for Adaptability to Operating Conditions of Membrane Electrode Assembly Used in PEM Fuel Cells
Scope	This technical document specifies terms and definitions, boundary conditions, environmental conditions for test, test preparation and test report. This technical document applies to membrane electrode which is corresponding to performance requirements proposed by testing organization. Active area of the testing single electrode is 5 cm ×5 cm. The corresponding relations between acceleration test and real life is not in consideration.
Status	Published. Available from www.standards.net.cn/
Identification	GB/T 28183-2011 Test methods of fuel cell power system for bus
Scope	This standard provides technical requirement, test items of fuel cell power system, test procedures and methods. Test items in this standard include: tightness, start-up at room temperature, performance, insulating properties and mass. This standard applies to proton exchange membrane fuel cell system for bus.
Status	Published. Available from www.standards.net.cn/
Identification	GB/T 28816-2012 Fuel Cells – Terminology
Scope	Adaptation of international standard, IEC/TS 62282-1:2010.
Status	Published 2012. Available from www.standards.net/cn/ or http://std.samr.gov.cn/ A revision project (20190720-T-604) was initiated in March 2019 and is in final draft.
Identification	GB/T 28817-2012 Single cell test methods for polymer electrolyte fuel cells (PEFC)
Scope	Adaptation of international standard, IEC 62282-7-1:2010.
Status	Published 2012. Available from www.standards.net/cn/ or http://std.samr.gov.cn/ A revision project (20200648-T-604) was initiated to update this standard to IEC 62282-7-1:2017.
Identification	GB/T 29838 - 2013 Fuel cell Modules
Scope	Adaptation of IEC 62282-2:2012.  The only change is in Chapter 5 (Type test). adding dielectric test (Static) after 5.9 Dielectric Strength Test.
Status	Published 2013. Available at www.standards.net.cn/
Identification	GB/T 30084 - 2013 Portable fuel cell power system – Safety
Scope	Adaptation of IEC 62282-5-1:2012 without any change
Status	Published 2013. Available at www.standards.net.cn/
Identification	GB/T 31035-2014 Test methods for proton exchange membrane fuel cell stack at subzero environment
Scope	This standard provides general safety requirement, test condition, measurement instrument, routine test before subzero test and test methods at subzero condition including test report. This standard applies to the test of proton membrane fuel cell stack storage, start, and performance at subzero condition.
Status	Published. Available at www.standards.net.cn/
Identification	GB/T 31036-2014 Proton exchange membrane fuel cell backup power system: Safety
Scope	This standard provides definition and terminology, safety requirement, type test, marking, labeling and packaging related to proton exchange membrane fuel cell system for backup power supply. This standard applies to proton exchange membrane fuel cell backup power systems that: · Provide AC or DC output · Using hydrogen and air as reactants This standard does not cover safety requirements for location of installation.
Status	Published. Available at www.standards.net.cn/
Identification	GB/T 31037.1-2014 Fuel cell power system used for industrial lift truck applications Part 1: Safety
Scope	An adaptation of IEC 62282-4-101. This standard provides safety requirements and protection against hazards of fuel cell used for industry truck application. This standard applies to proton exchange membrane fuel cell using hydrogen gas as fuel and air as oxidant, does not cover the part of energy storage.
Status	Published. Available at www.standards.net.cn/ or http://std.samr.gov.cn/ A revision project (20190718-T-604) was started March 2019 with an expected completion in 30 months.
Identification	GB/T 31886.1-2015 Test method about the influence of gaseous contaminant in air on performance of proton exchange membrane fuel cells - Part 1: Gaseous contaminant(s) in air
Scope	This standard provides single cell performance test method for proton exchange membrane fuel cell before and after using SO2, NOX as contaminant in air. This standard applies to the concentration of contaminant not less than 1 µ L/L
Status	Published. Available at www.standards.net.cn/
Identification	GB/T 31886.2-2015 Test method about the influence of gaseous contaminant in the fuel hydrogen on the performance of proton exchange membrane fuel cells - Part 2: Gaseous contaminant(s) in hydrogen
Scope	This standard provides single cell performance test method for proton exchange fuel cell before and after using CO as contaminant in hydrogen. This standard applies to the concentration of contaminant not less than 1 µ L/L
Status	Published. Available at www.standards.net.cn/
Identification		GB/T 36544-2018 Proton exchange membrane fuel cell power supply system for substation
Scope
Status		Published July 2018. Implemented February 2019. Available at www.standards.net.cn/ or http://std.samr.gov.cn/
Identification	Plan No. 20130682-T-604 Proton exchange membrane fuel cell module for road vehicle
Scope
Status	Scheduled for completion by March 2017.
Identification	Plan No. 20130683-T-604 Stationary Fuel Cell Power Systems - Safety
Scope	Adaption of IEC 62282-3-200:2012, with revisions.
Status	Scheduled for completion by March 2017.
Identification	Plan No. 20130684-T-604 Stationary fuel cell power system – Part 3: Installation
Scope	Adaption of IEC 62282-3-200:2012, revised.
Status	Scheduled for completion by March 2017.
Identification	Plan No. 20130686-T-604 Micro fuel cell power systems – Performance test methods
Scope	Adaption of IEC 62282-6-200:2012, with revisions.
Status	Scheduled for completion by March 2017.
Identification	Plan No. 20130687-T-604 Micro fuel cell power systems – Safety – General requirements
Scope	Adaption of IEC 62282-6-101
Status	Scheduled for completion by November 2018.
Identification	Plan No. 20130688-T-604 Stationary fuel cell power system – Performance test methods for small fuel cell power systems
Scope	Adaption of IEC 62282-3-201:2013.
Status	Scheduled for completion by March 2017.
Identification	Plan No. 20130689-T-604 Direct methanol fuel cell system Part 1: Safety
Scope
Status	Scheduled for completion by March 2017.
Identification	Plan No. 20130690-T-604 Direct methanol fuel cell system Part 2: Performance test method
Scope
Status	Scheduled for completion by March 2017.
Identification	Plan No. 20130691-T-604 Proton exchange membrane fuel cell Part 1: Terminology
Scope	Revision of GB/T 20042.1-2005
Status	Scheduled for completion by March 2017.
Identification	Plan No. 20130692-T-604 Test method for proton exchange membrane fuel cell power system at subzero environment
Scope
Status	Scheduled for completion by March 2017.
Identification	Plan No. 20132465-T-604 Single cell/stack performance test methods for solid oxide fuel cells (SOFC)
Scope	Adaption of IEC 62282-7-2:2014.
Status	Scheduled for completion by November 2017.
Identification	Plan No. 20141665-T-604 Technical Requirement on Fuel Cell Hydrogen Supply
Scope
Status	Scheduled for completion by March 2018.
Identification	Plan No. 20151724-T-604 Power Supply of Hydrogen Fuel Call for Power System
Scope
Status	Scheduled for completion by November 2018.
Identification					Plan No. 20173719-T-604 Test method for proton exchange membrane fuel cell stack service life
Scope
Status					Recently ratified, but not yet released.
Identification				Plan No. 20173720-T-604 Hydrogen fuel cell power generation system for drone
Scope				This standard specifies the general, technical, test and inspection, label, packaging and transport requirements for fuel cell power systems for UAV. This standard is applicable to fuel cell power systems that use compressed hydrogen as fuel to provide power and non-drive power for UAVs with an unloaded weight of no more than 116 kg and a maximum takeoff weight of not more than 150 kg.
Status				Recently ratified, but not yet released.
Identification			Plan No. 20190719-T-604 Fuel cell power generation systems for electrically driven industrial vehicles – Part 2: Performance test method
Scope			An adaptation of IEC 62282-4-102 .
Status			Initiated in March 2019 with an expected completion in 30 months.