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dtec.bw ‘CoupleIT: IT-supported sector coupling - digitally controlled fuel cell and electrolysis technology for stationary and mobile applications’ (‘the: "CoupleIT") - UT 7031 - EU tenders
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dtec.bw ‘CoupleIT: IT-supported sector coupling - digitally controlled fuel cell and electrolysis technology for stationary and mobile applications’ (‘the: "CoupleIT") - UT 7031 Text automatically translated in your browsing language Automatically translated

Overview
  • Today
    11/07/2025
Status
Submission closed
Type of contract
Services
Subject for Renewal
No
Buyer
Helmut-Schmidt-Universität/Universität der Bundeswehr Hamburg (HSU/ UniBw H)
Place of performance
NUTS code: Multiple place of performance
Location of buyer
NUTS code: DE600 Hamburg
Business sector (Main CPV)
73100000 Research and experimental development services
Total estimated contract value (excluding VAT)
Not available
Total final contract value (excluding VAT)
287,000.00 EUR
Procedure details
Tender reference number
CoupleIT - UT 7031
Description

The dtec.bw project CoupleIT has set itself the goal of making an important contribution to the successful implementation of the energy transition. Within this framework, HSU conducts research on topics such as grid integration of renewable energies, electromobility and hydrogen technologies. The background of the dtec.bw project CoupleIT is the increasing research and further development of hydrogen as an energy storage and carrier. Hydrogen will play an increasingly important role in both chemical and industrial production and in the mobility sector, in the context of the use of renewable energy resources. The integration of renewable hydrogen as an energy source into the existing energy infrastructure is only at the beginning and is not trivial. In the dtec.bw project CoupleIT, scientists and experts from HSU and ostermeier H2ydrogen Solutions GmbH (Ostermeier) come together for interdisciplinary and interdisciplinary cooperation with the aim of creating a double-strand system consisting of fuel cells and electrolysis units (hereinafter: “double-strand system”) to be developed experimentally, to build a prototype and to be the subject of further research. Text automatically translated in your browsing language Automatically translated

Submission Method
Not available
Tenders may be submitted
Not available
Information about a public contract, a framework agreement or a dynamic purchasing system (DPS)
Not available
Conditions for opening tenders (date)
Not available
Place of performance
DE Deutschland
DE600 Hamburg
CPV code

73300000 - Design and execution of research and development

73420000 - Pre-feasibility study and technological demonstration

73100000 - Research and experimental development services

Award method
Not available
Estimated value
Not available
Final contracted value
287,000.00 EUR
Award of contract
Not available
Documents
Prior information
Contract
Award
Footnote - legal notice

This content published on this page is meant purely as an additional service and has no legal effect. The Union's institutions do not assume any liability for its contents. The official versions of the relevant tendering notices are those published in the Supplement of Official Journal of the European Union and available in TED. Those official texts are directly accessible through the links embedded in this page. For more information please see Public Procurement Explainability and Liability notice.