Project record
HYPOS project – Sunfire rSOC/high-temperature electrolysis activity
Public information about this hydrogen project, including status, location, and technical detail.
Hover or focus the dot next to a value to see its confidence and source.
10 sourced values · 2 earlier records · 10 secondary context values
Sourced valueEarlier record, source not yet verifiedSecondary research context
StatusDEMOEarlier record
Original source not yet verified
Original source not yet verified
CountryGermanyConfidence: Reported
Source: Nächste Generation der Hochtemperatur-Elektrolyse gestartet
Source: Nächste Generation der Hochtemperatur-Elektrolyse gestartet
Capacity0.18 MWEarlier record
Original source not yet verified
Original source not yet verified
LocationView on map →
Project Identity and Location
Public NameHYPOS project – Sunfire rSOC/high-temperature electrolysis activityConfidence: Reported
Source: Nächste Generation der Hochtemperatur-Elektrolyse gestartet
Source: Nächste Generation der Hochtemperatur-Elektrolyse gestartet
Project Purpose and Configuration
Configuration DetailGeneration 1.0 high-temperature electrolysis: 180 kW DC input and 50 Nm³ hydrogen per hourConfidence: Reported
Source: Nächste Generation der Hochtemperatur-Elektrolyse gestartet
Source: Nächste Generation der Hochtemperatur-Elektrolyse gestartet
Power Sourcerenewable energy via power-to-gas, stated purpose; actual dispatch not establishedConfidence: Reported
Source: Nächste Generation der Hochtemperatur-Elektrolyse gestartet
Source: Nächste Generation der Hochtemperatur-Elektrolyse gestartet
Producthydrogen (Wasserstoff; H2)Confidence: Reported
Source: Nächste Generation der Hochtemperatur-Elektrolyse gestartet
Source: Nächste Generation der Hochtemperatur-Elektrolyse gestartet
Project GroupHYPOS overall project/consortiumConfidence: Reported
Source: Nächste Generation der Hochtemperatur-Elektrolyse gestartet
Source: Nächste Generation der Hochtemperatur-Elektrolyse gestartet
Show 2 moreHide 2
Project TyperSOC (Reversible Solid Oxide Cell for Industry) projectConfidence: Reported
Source: Nächste Generation der Hochtemperatur-Elektrolyse gestartet
Source: Nächste Generation der Hochtemperatur-Elektrolyse gestartet
Technologysolid oxide cell (SOC) technology for electrolysis and fuel-cell operation with reversible conversionConfidence: Reported
Source: Nächste Generation der Hochtemperatur-Elektrolyse gestartet
Source: Nächste Generation der Hochtemperatur-Elektrolyse gestartet
Project Lifecycle and Change
EventSunfire commissioned the next generation of high-temperature electrolysis within HYPOSConfidence: Reported
Source: Nächste Generation der Hochtemperatur-Elektrolyse gestartet
Source: Nächste Generation der Hochtemperatur-Elektrolyse gestartet
Lifecycle Stagetest operation documented; market introduction planned from 2021Confidence: Reported
Source: Nächste Generation der Hochtemperatur-Elektrolyse gestartet
Source: Nächste Generation der Hochtemperatur-Elektrolyse gestartet
Secondary research context
Tracker snapshots are supporting research, not verified project facts. They stay separate from the sourced-value count and do not replace confirmed values.
CountryGermanySecondary source
Confidence: Reported
Snapshot 2026-06-18
Source: Secondary source · International Energy Agency
Confidence: Reported
Snapshot 2026-06-18
Source: Secondary source · International Energy Agency
Public NameHypos - SunfireSecondary source
Confidence: Reported
Snapshot 2026-06-18
Source: Secondary source · International Energy Agency
Confidence: Reported
Snapshot 2026-06-18
Source: Secondary source · International Energy Agency
Event2019Secondary source
Confidence: Reported
Snapshot 2026-06-18
Source: Secondary source · International Energy Agency
Confidence: Reported
Snapshot 2026-06-18
Source: Secondary source · International Energy Agency
Progress StatusDEMOSecondary source
Confidence: Reported
Snapshot 2026-06-18
Source: Secondary source · International Energy Agency
Confidence: Reported
Snapshot 2026-06-18
Source: Secondary source · International Energy Agency
Show 6 moreHide 6
ProductH2Secondary source
Confidence: Reported
Snapshot 2026-06-18
Source: Secondary source · International Energy Agency
Confidence: Reported
Snapshot 2026-06-18
Source: Secondary source · International Energy Agency
TechnologySOECSecondary source
Confidence: Reported
Snapshot 2026-06-18
Source: Secondary source · International Energy Agency
Confidence: Reported
Snapshot 2026-06-18
Source: Secondary source · International Energy Agency
Capacity0.18MW - 50 Nm3 H2/hSecondary source
Confidence: Reported
Snapshot 2026-06-18
Source: Secondary source · International Energy Agency
Confidence: Reported
Snapshot 2026-06-18
Source: Secondary source · International Energy Agency
Capacity0.18Secondary source
Confidence: Reported
Snapshot 2026-06-18
Source: Secondary source · International Energy Agency
Confidence: Reported
Snapshot 2026-06-18
Source: Secondary source · International Energy Agency
Capacity0.037Secondary source
Confidence: Reported
Snapshot 2026-06-18
Source: Secondary source · International Energy Agency
Confidence: Reported
Snapshot 2026-06-18
Source: Secondary source · International Energy Agency
Capacity47.368Secondary source
Confidence: Reported
Snapshot 2026-06-18
Source: Secondary source · International Energy Agency
Confidence: Reported
Snapshot 2026-06-18
Source: Secondary source · International Energy Agency
Sources
| Source | Type | Publisher | As of |
|---|---|---|---|
| Nächste Generation der Hochtemperatur-Elektrolyse gestartet | Original source | Sunfire GmbH |