Thermal storage: Difference between revisions
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==Projects== | ==Projects== | ||
Høje Taastrup heat storage | ===Høje Taastrup heat storage (FLEX_TES project)=== | ||
Design and Construction of the Pit Thermal Energy Storage in Høje Taastrup | |||
* https://planenergi.eu/wp-content/uploads/2024/01/FLEX_TES-Implementationreport_final_23.12.23.pdf | |||
Link to the FLEX_TES project at EUDP: | |||
* https://eudp.dk/en/node/15739 | |||
==Publications== | ==Publications== | ||
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* https://www.rewardheat.eu/Download?id=file:85791000&s=8738463996438230606 | * https://www.rewardheat.eu/Download?id=file:85791000&s=8738463996438230606 | ||
=== RewardHeat D4.5 Helsingborg Energy Centre design === | |||
The report outlines, amongst others, the design and operation of a thermal energy storage tank and borehole thermal energy storage at the Tornet Energy Centre in Helsingborg. | |||
* https://www.rewardheat.eu/Download?id=file:89549300&s=5282743330746951524 | |||
=== High-Temperature Thermal Energy Storage for electrification and district heating === | === High-Temperature Thermal Energy Storage for electrification and district heating === | ||
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* https://orbit.dtu.dk/files/147556283/Pedersen_et_al_LASDEWES2018_0250_1_12.pdf | * https://orbit.dtu.dk/files/147556283/Pedersen_et_al_LASDEWES2018_0250_1_12.pdf | ||
=== Supplier information TDS === | === Supplier information TDS === | ||
Latest revision as of 14:22, 11 September 2024
What are the different types of heat supply options?
Projects
Høje Taastrup heat storage (FLEX_TES project)
Design and Construction of the Pit Thermal Energy Storage in Høje Taastrup
Link to the FLEX_TES project at EUDP:
Publications
D2.1 REWARDHeat planning schemes database
The deliverable serves as a database for literature review and best practice examples for ultra-low and neutral temperature district heating and cooling networks. Firstly, it provides detailed overview of existing knowledge and published research papers on the different related topics such as: renewable and urban waste heat sources, supply technologies, thermal networks, and end-user substations. Then, the overview of existing next-generation networks is presented, while focusing on their characteristics such as temperature regimes, thermal sources, network topology, etc. This information is organised as a publicly available database hosted on Zenodo platform, available on this link.
RewardHeat D4.5 Helsingborg Energy Centre design
The report outlines, amongst others, the design and operation of a thermal energy storage tank and borehole thermal energy storage at the Tornet Energy Centre in Helsingborg.
High-Temperature Thermal Energy Storage for electrification and district heating
The present work describes development of a High Temperature Thermal Energy Storage (HT-TES) system based on rock bed technology.
Supplier information TDS
Tools
Maps
Data
Abandoned mines and O&G wells