Standardization · SIS/TK 410

Vätgasteknik

Standarderna inom kommitténs område tas fram för att säkerställa kvalitet och säkra lösningar för användning, hantering och lagring av vätgas, både i gasform och i vätskeform.

Intresset för vätgas ökar i samhället, både som energislag och inom andra användningsområden. Vätgas kan framställas både fossilfritt, t ex genom elektrolys av vatten med el från sol- och vindkraft, eller från fossila bränslen. Energi från sol- och vindkraft kan på så sätt lagras i form av vätgas, för att sedan användas när den behövs. När vätgas används som energikälla så blir vatten den enda restprodukten. Vätgas har ett stort brännbarhetsområde och lagras ofta under mycket högt tryck eller vid mycket låga temperaturer och måste hanteras med stor försiktighet.

En stor del av standardiseringsområdet gäller användningen av vätgas som energibärare för vägfordon. Standarderna innehåller t ex krav på hur fordonens vätgastankar ska vara utformade, på säkerhetsutrustning kopplad till vätgasen, och vägledning vid placering och uppförande av tankstationer för fordon samt krav på dispensrar, kopplingar och kompressorer. Andra standarder rör t ex tillverkning av vätgas, vätgaskvalitet, lagring och provtagning.

Bland kommande områden ser man vätgas för användning till fartyg och till rälsfordon.

Genom att delta i standardiseringsarbetet har man möjlighet att vara med och utforma kraven i standarderna, bidra till teknisk utveckling och bevaka svenska intressen. Man håller sig uppdaterad kring de senaste kraven och kan förbereda sig för framtida förändringar.

För standarder för rörledningssystem för transport av vätgas, se SIS/TK 289 Gassystem, för gasflaskor, se SIS/TK 296 Gasflaskor och för tryckkärl och rörledningar (inte på fordon), se SIS/TK 298 Tryckkärl.

More information about the committèes work:

Now working on 45 standards
ISO/DTR 19884-2, Gaseous hydrogen — Pressure vessels for stationary storage — Part 2: Material test data of class A materials (steels and aluminum alloys) compatible to hydrogen service (50.92)
ISO/FDIS 12619, Road vehicles — Natural gas and hydrogen blends fuel system components (50.20)
ISO/FDIS 13985, Liquid hydrogen — Land vehicle fuel storage system (50.00)
ISO/FDIS 19870-2, Hydrogen technologies — Methodology for determining the greenhouse gas emissions associated with the hydrogen supply chain — Part 2: Emissions associated with the conditioning, storage and transport of gaseous and liquid hydrogen up to consumption gate (50.00)
ISO/FDIS 19870-3, Hydrogen technologies — Methodology for determining the greenhouse gas emissions associated with the hydrogen supply chain — Part 3: Emissions associated with the production, storage and transport of ammonia up to delivery gate and the conversion of ammonia into hydrogen (50.00)
ISO/FDIS 19870-4, Hydrogen technologies — Methodology for determining the greenhouse gas emissions associated with the hydrogen supply chain — Part 4: Emissions associated with the storage and transport of hydrogen via LOHC (50.00)
ISO/FDIS 19884-1, Gaseous hydrogen — Pressure vessels for stationary storage — Part 1: General requirements (50.00)
ISO/DTS 19889-1, Hydrogen technologies — Interoperability — Part 1: Interface between gaseous hydrogen trailer and hydrogen fuelling station (50.00)
prEN ISO 19870-2, Hydrogen technologies — Methodology for determining the greenhouse gas emissions associated with the hydrogen supply chain — Part 2: Emissions associated with the conditioning, storage and transport of gaseous and liquid hydrogen up to consumption gate (45.99)
prEN ISO 19870-3, Hydrogen technologies - Methodology for determining the greenhouse gas emissions associated with the hydrogen supply chain - Part 3: Emissions associated with the production, storage and transport of ammonia up to delivery gate and the conversion of ammonia into hydrogen (ISO/DIS 19870-3:2026) (45.99)
FprEN 18293, Outdoor hydrogen refuelling points dispensing liquid hydrogen and incorporating fuelling protocols (45.99)
ISO/DIS 17268-2, Gaseous hydrogen land vehicle refuelling connection devices — Part 2: Flow capacities greater than 120 g/s (40.60)
prEN ISO 17268-2, Gaseous hydrogen land vehicle refuelling connection devices - Part 2: Flow capacities greater than 120 g/s (ISO/DIS 17268-2:2026) (40.60)
ISO/DIS 19885-2, Gaseous hydrogen — Fuelling protocols for hydrogen-fuelled vehicles — Part 2: Definition of communications between the vehicle and dispenser control systems (40.20)
ISO/DIS 19885-3, Gaseous hydrogen — Fuelling protocols for hydrogen fuelled vehicles — Part 3: Hydrogen fuelling protocols for road vehicles (40.20)
ISO/CD 16110-2, Hydrogen generators using fuel processing technologies — Part 2: Test methods for performance (30.99)
ISO/CD 19887-2, Gaseous Hydrogen — Fuel system components for hydrogen-fuelled vehicles — Part 2: Rail vehicles (30.92)
ISO/CD 19880-11, Gaseous hydrogen — Fuelling stations — Part 11: Part 11: High pressure Liquid Hydrogen Pumps (30.60)
ISO/CD 25578, Liquid hydrogen — Land vehicle refuelling connection devices (30.60)
ISO/CD TS 19880-10, Gaseous hydrogen — Fuelling stations — Part 10: Mobile fueling stations (30.60)
ISO/WD 24925, Cryo-compressed hydrogen refuelling protocol (20.60)
ISO/WD 26018, Liquid hydrogen — Fuel system components for hydrogen fuelled vehicles (20.60)
ISO/WD TS 22734-2, Hydrogen generators using water electrolysis — Part 2: Testing guidance for performing electricity grid service (20.60)
ISO/AWI 14687, Hydrogen fuel quality — Product specification (20.00)
ISO/AWI 19880-1, Gaseous hydrogen — Fuelling stations — Part 1: General requirements (20.00)
ISO/AWI 19885-4, Gaseous hydrogen — Fuelling protocols for hydrogen fuelled vehicles — Part 4: Part 4: Validation of Hydrogen Fuelling Protocols Applied in a Dispenser (20.00)
ISO/AWI 19886, Hydrogen technologies — General hydrogen station requirements (20.00)
ISO/AWI 19888-1, Hydrogen Technologies — Aerial Vehicles — Part 1: Liquid Hydrogen Fuel Storage System (20.00)
prCEN/TS, Hydrogen Gas Safety in Enclosed Spaces (10.99)
-, Safe use of hydrogen in built constructions (10.99)
prEN ISO 21011, Cryogenic vessels - Valves for cryogenic service (10.99)
prEN ISO 25578, Liquid hydrogen — Land vehicle refuelling connection devices (10.99)
prEN XXX, Specifications for gaseous hydrogen refuelling points for maritime and inland waterways vessels (10.99)
ISO/NP 17268-3, Gaseous hydrogen land vehicle refuelling connection devices — Part 3: Part 3: Cryo-compressed hydrogen gas (10.20)
ISO/NP 19885-5, Gaseous hydrogen — Fuelling protocols for hydrogen-fuelled vehicles — Part 5: Part 5: Physical and Datalink layer requirements of the communications between the vehicle and dispenser control systems (10.20)
ISO/NP 19885-6, Gaseous hydrogen — Fuelling protocols for hydrogen-fuelled vehicles — Part 6: Part 6: Conformance test for communication requirements between the vehicle and dispenser control systems (10.20)
ISO/NP 24961-1, Hydrogen Technologies — Methodology for Determining the Greenhouse Gas Emissions — Part 1: Part 1: Emissions associated with the production of hydrogen up to production gate (10.20)
ISO/NP 25666, Safety requirements for liquid hydrogen maritime onshore terminal (10.20)
ISO/NP 27076, Hydrogen technologies — Sustainability criteria for hydrogen production (10.20)
ISO/NP 27163, Gaseous hydrogen — 60° female cones for high pressure sphere components (10.20)
ISO/NP TS 27164, Hydrogen generators using water electrolysis — Calculation methods for system-level hydrogen production energy consumption and hydrogen production energy efficiency (10.20)
ISO/PWI 17268-2, Gaseous hydrogen land vehicle refuelling connection devices — Part 2: Flow capacities greater than 120 g/s (00.99)
ISO/PWI 19880-4, Gaseous hydrogen – Fueling stations — Part 4: Compressors (00.00)
ISO/PWI 24919, Hydrogen energy storage power stations (00.00)
ISO/PWI 24926, Hydrogen generators using metal oxidation (00.00)
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Published 52 standards
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SIS-ISO/TR 19884-3:2026
Gaseous hydrogen — Pressure vessels for stationary storage — Part 3: Pressure cycle test data to demonstrate partial pressure cycle estimation methods (ISO/TR 19884-3:2026, IDT)
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SS-EN 17124:2026
Hydrogen fuel — Product specification and quality assurance for hydrogen refuelling points dispensing gaseous hydrogen — Proton exchange membrane (PEM) fuel cell applications for vehicles
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SS-EN ISO 19870-1:2026
Hydrogen technologies — Methodology for determining the greenhouse gas emissions associated with the hydrogen supply chain — Part 1: Emissions associated with the production of hydrogen to production gate (ISO 19870-1:2026, IDT)
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SS-ISO 13984:2026
Liquid hydrogen — Land vehicle fuelling protocol (ISO 13984:2026, IDT)
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SIS-CEN ISO/TS 15916:2026
Hydrogen technologies — Basic considerations for the safety of hydrogen systems (ISO/TS 15916:2026, IDT)
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SS-ISO 19880-7:2025
Gaseous hydrogen — Fuelling stations — Part 7: Rubber O-rings (ISO 19880-7:2025, IDT)
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SS-ISO 19882:2025
Gaseous hydrogen — Thermally-activated pressure relief devices for compressed hydrogen vehicle fuel containers (ISO 19882:2025, IDT)
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SS-ISO 19880-5:2025
Gaseous hydrogen — Fuelling stations — Part 5: Dispenser hoses and hose assemblies (ISO 19880-5:2025, IDT)
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SS-EN ISO 17268-1:2025
Gaseous hydrogen land vehicle refuelling connection devices — Part 1: Flow capacities up to and including 120 g/s (ISO 17268-1:2025, IDT)
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SS-EN ISO 22734-1:2025
Hydrogen generators using water electrolysis — Part 1: Safety (ISO 22734-1:2025, IDT)
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SS-EN ISO 24078:2025
Hydrogen in energy systems — Vocabulary (ISO 24078:2025, IDT)
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SS-ISO 19881:2025
Gaseous hydrogen — Land vehicle fuel containers (ISO 19881:2025, IDT)
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SS-ISO 19880-8:2025
Gaseous hydrogen — Fuelling stations — Part 8: Fuel quality control (ISO 19880-8:2024, IDT)
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SS-ISO 19880-2:2025
Gaseous hydrogen — Fuelling stations — Part 2: Dispensers and dispensing systems (ISO 19880-2:2025, IDT)
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SS-ISO 19887-1:2024
Gaseous Hydrogen — Fuel system components for hydrogen-fuelled vehicles — Part 1: Land vehicles (ISO 19887-1:2024, IDT)
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SS-ISO 19880-9:2024
Gaseous hydrogen — Fuelling stations — Part 9: Sampling for fuel quality analysis (ISO 19880-9:2024, IDT)
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SS-EN 17127:2024
Outdoor hydrogen refuelling points dispensing gaseous hydrogen and incorporating filling protocols
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SIS-ISO/TS 19870:2024
Hydrogen technologies — Methodology for determining the greenhouse gas emissions associated with the production, conditioning and transport of hydrogen to consumption gate (ISO/TS 19870:2023)
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SIS-ISO/TS 19883:2022
Safety of pressure swing adsorption systems for hydrogen separation and purification (ISO/TS 19883:2017, IDT)
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SS-ISO 16110-2:2022
Hydrogen generators using fuel processing technologies — Part 2: Test methods for performance (ISO 16110-2:2010, IDT)
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SS-ISO 16110-1:2022
Hydrogen generators using fuel processing technologies - Part 1: Safety (ISO 16110-1:2007, IDT)
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SS-ISO 13985:2022
Liquid hydrogen - Land vehicle fuel tanks (ISO 13985:2006, IDT)
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SS-ISO 26142:2022
Hydrogen detection apparatus - Stationary applications (ISO 26142:2010, IDT)
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SS-ISO 16111:2022
Transportable gas storage devices - Hydrogen absorbed in reversible metal hydride (ISO 16111:2018, IDT)
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SS-ISO 19880-1:2022
Gaseous hydrogen - Fuelling stations - Part 1: General requirements (ISO 19880-1:2020, IDT)
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SS-EN 17527:2021
Helium cryostats - Protection against excessive pressure
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SS-EN ISO 23208:2019/A1:2020
Cryogenic vessels - Cleanliness for cryogenic service - Amendment 1 (ISO 23208:2017/Amd 1:2020)
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SS-EN ISO 17268:2020
Gaseous hydrogen land vehicle refuelling connection devices (ISO 17268:2019)
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SS-EN ISO 23208:2019
Cryogenic vessels - Cleanliness for cryogenic service (ISO 23208:2017)
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SS-EN ISO 21028-2:2018
Cryogenic vessels - Toughness requirements for materials at cryogenic temperature - Part 2: Temperatures between -80 degrees C and -20 degrees C (ISO 21028-2:2018)
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SS-EN ISO 20421-2:2017
Cryogenic vessels - Large transportable vacuum-insulated vessels - Part 2: Operational requirements (ISO 20421-2:2017)
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SS-EN ISO 21028-1:2017
Cryogenic vessels - Toughness requirements for materials at cryogenic temperature - Part 1: Temperatures below -80 degrees C (ISO 21028-1:2016)
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SS-EN ISO 21013-3:2016
Cryogenic vessels - Pressure-relief accessories for cryogenic service - Part 3: Sizing and capacity determination (ISO 21013-3:2016)
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SS-EN ISO 21029-2:2015
Cryogenic vessels - Transportable vacuum insulated vessels of not more than 1 000 litres volume - Part 2: Operational requirements (ISO 21029-2:2015)
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SS-EN 13648-1:2008
Cryogenic vessels - Safety devices for protection against excessive pressure - Part 1: Safety valves for cryogenic service
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SS-EN 1626:2008
Cryogenic vessels - Valves for cryogenic service
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SS-EN 14398-2+A2:2008
Cryogenic vessels - Large transportable non-vacuum insulated vessels - Part 2: Design, fabrication, inspection and testing
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SS-EN 14197-2:2004/AC:2006
Cryogenic vessels - Static non-vacuum insulated vessels - Part 2: Design, fabrication, inspection and testing
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SS-EN 13530-2/AC:2006
Cryogenic vessels - Large transportable vacuum insulated vessels - Part 2: Design, fabrication, inspection and testing
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SS-EN 1251-2/AC:2006
Cryogenic vessels - Transportable vacuum insulated vessels of not more than 1000 litres volume - Part 2: Design, fabrication, inspection and testing
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SS-EN 14197-2:2004/A1:2006
Cryogenic vessels - Static non-vacuum insulated vessels - Part 2: Design, fabrication, inspection and testing
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SS-EN 14398-3/A1:2005
Cryogenic vessels - Large transportable non vacuum insulated vessels - Part 3: Operational requirements
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SS-EN 14197-3:2005/A1:2005
Cryogenic vessels - Static non vacuum insulated vessels - Part 3: Operational requirements
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SS-EN 13530-2/A1:2004
Cryogenic vessels - Large transportable vacuum insulated vessels - Part 2: Design, fabrication, inspection and testing
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SS-EN 13530-2
Cryogenic vessels - Large transportable vacuum insulated vessels - Part 2: Design, fabrication, inspection and testing
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SS-EN 13648-2
Cryogenic vessels - Safety devices for protection against excessive pressure - Part 2: Bursting disc safety devices for cryogenic service
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SS-EN 13530-1
Cryogenic vessels - Large transportable vacuum insulated vessels - Part 1: Fundamental requirements
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SS-EN 13371
Cryogenic vessels - Couplings for cryogenic service
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SS-EN 12434
Cryogenic vessels - Cryogenic flexible hoses
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SS-EN 1251-2
Cryogenic vessels - Transportable vacuum insulated vessels of not more than 1000 litres volume - Part 2: Design, fabrication, inspection and testing
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SS-EN 1251-1
Cryogenic vessels - Transportable vacuum insulated vessels of not more than 1000 litres volume - Part 1: Fundamental requirements
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SS-EN 12213
Cryogenic vessels - Methods for performance evaluation of thermal insulation
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Participants 10 companies and organizations
Dover Fueling Solutions UK Limited Filial, Malmö
H2solo AB, Västerås
HydraSpecma AB, Landvetter
Mann Teknik AB, Mariestad
PowerCell Sweden AB, Göteborg
RISE Research Institutes of Sweden AB, Borås
Scania CV AB, Södertälje
Transportstyrelsen, Borlänge
TRATON AB, Södertälje
Volvo Technology AB, Göteborg
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International participation 5 international committees
ISO/TC 197, Hydrogen technologies
ISO/TC 197/SC 1, Hydrogen at scale and horizontal energy systems
CEN/CLC/JTC 6, Hydrogen in energy systems
CEN/TC 268, Cryogenic vessels and specific hydrogen technologies applications
CEN/TC 268/WG 5, Specific hydrogen technologies applications
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Delta i kommittén

Ett värdefullt arbete

Det är viktigt att delta med svenska experter i de arbetsgrupper 
som arbetar med frågor av speciell betydelse för svenska intressen.

För att kunna bedriva det svenska standardiseringsarbetet behövs en stark förankring hos de svenska intressenterna – detta skapas i kommittén Hydrogenteknik, SIS/TK 410 som får:

  • Möjlighet att påverka utformningen av standarder som tas fram inom området
  • Tidig information om kommande utveckling
  • Tillgång till nationella och internationella kontakter inom område

Vill du vara med i kommittén?

Du är välkommen att delta i SIS tekniska kommitté för Hydrogenteknik.Om du är intresserad av att delta, kan du kontakta oss så berättar vi mer om arbetet.

Aktuella remisser

Aktuella remisser inom SIS/TK 410 Vätgasteknik

Subjects

Energy and heat transfer engineering (27)

För dig som är kommittédeltagare

För att ta dig till SIS Deltagarportal
Klicka här

För ett effektivt och meningsfullt deltagande i våra tekniska kommittéer erbjuder vi utbildningar i standardutveckling. För deltagare i tekniska kommittér är grundkursen kostnadsfri.
Läs mer

Webbinarium 31/3

Välkommen att se ett webbinarium från den 31 mars där vi diskuterade hur standardisering kan undanröja hinder för vätgasens utveckling. Ta del av Energimyndighetens slutsatser och insikter, samt hör från experter om pågående och kommande standardiseringsarbete.

Presentationerna hittar du här >

Contact

If you have questions or want to know more about the SIS standardization activities? Please contact us.

Annika Koningen
Project manager
annika.koningen@sis.se

Ghenwa Naffouje
Project coordinator
ghenwa.naffouje@sis.se

Paul Adams
Chairman
RISE Research Institutes of Sweden AB