LPW-E/3.1.1/1642 — Study on the feasibility of a CO2-free high-temperature storage technology as a location factor for Schleswig-Holstein (Q3333994): Difference between revisions
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(Created claim: summary (P836): As part of this feasibility study, BIO-FROST Westhof intends to test the technical, economic and regulatory use of Lumenion storage technology on an industrial scale for a new, highly efficient bio-vegetable deep cooling system. The aim is to demonstrate the feasibility of a sustainable, carbon-free and grid-friendly energy supply for a secure production operation and to secure local value creation for Europe’s largest bio-froster., translated_s...) |
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LPW-E/3.1.1/1642 — Study on the feasibility of a CO2-free high-temperature storage technology as a location factor for Schleswig-Holstein | |||
Revision as of 08:48, 25 October 2021
Project Q3333994 in Germany
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | LPW-E/3.1.1/1642 — Study on the feasibility of a CO2-free high-temperature storage technology as a location factor for Schleswig-Holstein |
Project Q3333994 in Germany |
Statements
387,157.75 Euro
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774,315.5 Euro
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50.0 percent
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1 April 2020
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30 September 2021
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BioFrost Westhof GmbH
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25797 Wöhrden
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Im Rahmen dieser Durchführbarkeitsstudie will die BIO-FROST Westhof technisch, wirtschaftlich und regulatorisch den Einsatz der Lumenion-Speichertechnologie auf industriellem Maßstab für eine neue, hocheffiziente Bio-Gemüse-Tiefkühlanlage prüfen. Ziel ist es, die Machbarkeit für eine nachhaltige, CO2-freie und netzdienliche Energieversorgung für einen gesicherten Produktionsbetrieb und die Sicherung von lokaler Wertschöpfung für Europas größte Bio-Frosterei zu zeigen. (German)
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As part of this feasibility study, BIO-FROST Westhof intends to test the technical, economic and regulatory use of Lumenion storage technology on an industrial scale for a new, highly efficient bio-vegetable deep cooling system. The aim is to demonstrate the feasibility of a sustainable, carbon-free and grid-friendly energy supply for a secure production operation and to secure local value creation for Europe’s largest bio-froster. (English)
25 October 2021
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Identifiers
DE_TEMPORARY_36639
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