Supply of One Low Temperature Water Electrolysis Test Station Equipment Including Warranty and Associated Maintenance Services
JRC.C.1 developed EU harmonised testing procedures and protocols for LTWE cells, stacks and systems targeting energy storage applications. The current deadline is 7 Jun 2021, 16:00 UTC.
What the buyer needs
- JRC.C.1 developed EU harmonised testing procedures and protocols for LTWE cells, stacks and systems targeting energy storage applications.
- Before these documents can indeed be widely used by research organisations, developers and system integrators, for example, to assess progress of a particular product (i.e.
- stack prototype) or technology, they need to undergo independent experimental validation preferably at stack in the kW scale.
- Currently, JRC.C.1 has capability to perform electrolysis testing on single cells only using an existent 500 W dual purpose fuel cell and electrolysis test station.
Procurement signals
- Procedure: JRC/PTT/2021/CPN/0763
- Procedure type: Competitive negotiated procedure (NEGOTIATED_COMPETITIVE)
- Contract type: Supply contract (31095499)
- Published: 11 May 2021
Procurement categories
CPV labels are not yet mapped locally, so the official category codes are shown as source-backed identifiers.
Programme and geography
Derived from official EU Funding & Tenders portal source fields. Use this as a shortlisting aid; the official tender record remains authoritative.
Source-backed details
Original identifiers and classification fields from the EU tender source.
- JRC/PTT/2021/CPN/0763
- 8412en
- Competitive negotiated procedure (NEGOTIATED_COMPETITIVE)
- Supply contract (31095499)
- 15 Jul 2026, 07:21 UTC
Full official description
JRC.C.1 developed EU harmonised testing procedures and protocols for LTWE cells, stacks and systems targeting energy storage applications. Before these documents can indeed be widely used by research organisations, developers and system integrators, for example, to assess progress of a particular product (i.e. stack prototype) or technology, they need to undergo independent experimental validation preferably at stack in the kW scale. Currently, JRC.C.1 has capability to perform electrolysis testing on single cells only using an existent 500 W dual purpose fuel cell and electrolysis test station. Beside utilisation in test campaigns to verify progress in EU projects and technologies, the investment in a new electrolysis test station also provides testing capacity to future water electrolysis projects in Horizon Europe and for the ongoing open access to JRC research infrastructures initiative.