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Renewable Energy based seasonal Storage Technology in Order to Raise Economic and environmental sustainability of DHC

CORDIS provides links to public deliverables and publications of HORIZON projects.

Links to deliverables and publications from FP7 projects, as well as links to some specific result types such as dataset and software, are dynamically retrieved from OpenAIRE .

Deliverables

Project information leaflet (opens in new window)

An informative leaflet that introduces the RESTORE project and its objectives, oriented to the target groups. Some details of the leaflet design are: 6 page folder A4, EN and min. 3 additional EU languages, PDF and printed. This deliverable is associated to T7.2.

Report on part load and off design performance of PTS system (opens in new window)

Methodology adopted in T3.4 to assess the off design and part load performance of PTS solutions developed and validated in T3.1. Includes correction curves for HP/ORC performance to be taken into account in T4.1 and WP5.

Report on Specification of Use-Cases and models (opens in new window)

Results from T1.4.This report will summarize relevant specifications for the numerical models developed within RESTORE project, paying special attention to the models that will be used in the virtual use-cases. The report will gather specifications such as feasible computational effort, compatibility between models, adaptability to the web-platform, modularity and flexibility. Deliverable co-lead by POL.

Description of the numerical model for HP/ORC systems optimization and application to different test cases (opens in new window)

Results from T3.1. Specifications of the numerical tool for HP and ORC optimization with a particular focus on the description and discussion of the different cycle configurations and the set of constraints to be considered. Numerical code will be validated against data reported in the literature and eventually tested on a set of cases differing for the system size, temperatures and PTS configuration.

Report on regulations & standards for wide replication along EU (opens in new window)

Results from T6.4. Summary of the framework conditions (Regulation and Standards) that should be applied to the RESTORE solutions (TCES and HP-ORC). In addition, The report will also include a map of standardisation bottleneck that the RESTORE solution may find for its future deployment. Deliverable co-lead by PI.

Report on Requirements and Specifications of the Overall Concept (V1) (opens in new window)

Results from T1.1. This deliverable will summarize the requirements and specifications that the RESTORE system should fulfill for its integration in the DHC networks. The deliverable will include requirements definition and specifications for the whole system as well as for the main innovative components (TCES and HP-ORC). Two versions of this deliverable are planned: V1: Requirements and specifications to be considered during the development of the RESTORE technologies (for M18).V2: Update on the requirement and specification based on the experience obtained during the project (for M47). Deliverable co-lead by TUW.

Report on the assessment of the environmental sustainability (V1) (opens in new window)

Results from T1.6.This deliverable will summarize the results of the detailed life-cycle environmental analysis of the RESTORE solution and its sub-systems (TCES and HP/ORC), including the calculation and comparison of various environmental KPIs. The report will include information about the four stages of the LCA analysis: Determination of the goal, scope and system boundary.Life Cycle Inventory (LCI) analysis of inputs and output. Assessment of environmental impact.Interpretation of results with proposals for improvement.Finally, the report will include a comparison of the environmental performance of RESTORE with the state of the art in the field as well as information about the results of the analyses of the recyclability potential of the applied materials and components. This report will be delivered in a first version (V1 in M36) that will be updated at the end of the project (V2 in M48).

RESTORE Replication Strategy (V1) (opens in new window)

Project’s EU-wide replication strategy from task T5.5, focusing on RESTORE virtual-use-cases, to allow stakeholders to create additional cases and trials in the IPSEpro web-platform during the project lifetime. Results will be reported in 2 incremental versions to be released in months M26 and M48. Deliverable co-lead by PI.

Modelling of individual component models of the overall RESTORE system and its technoeconomic simulation (V1) (opens in new window)

Results and software-models related to T5.1 (included in a first version for M30) and T5.2 (included in a second version of the document in M47), including modelling and refinement of individual component models; and the system-level techno-economic simulation for the integrated RESTORE overall system. Deliverable co-lead by CEN.

Project Website and Social Media Accounts (opens in new window)

A website with the information of the project and its main outcomes will be developed in English language. In addition, RESTORE social media account will be created on at least 3 different channels (e.g. LinkedIn, Twitter and YouTube). This deliverable is associated to T7.2.

Publications

Calcium chloride dihydrate as a promising system for seasonal heat storage in a suspension reactor (opens in new window)

Author(s): Lena Schmieder, Selma Kuloglija, Katsiaryna Ilyina-Brunner, Sandra Jezernik, Franz Winter
Published in: Applied Thermal Engineering, 2024, ISSN 1873-5606
Publisher: PERGAMON-ELSEVIER SCIENCE LTD
DOI: 10.1016/j.applthermaleng.2024.124557

Continuously stirred tank reactor for oil-suspended thermochemical energy storages ystems for CuSO4⋅5H2O (opens in new window)

Author(s): G. Wedl, L. Schmieder, C. Hein, F. Winter
Published in: Applied Thermal Engineering, 2024, ISSN 1873-5606
Publisher: PERGAMON-ELSEVIER SCIENCE LTD
DOI: 10.1016/j.applthermaleng.2024.123977

Pareto front analysis for the design and the working fluid selection in ORC-based pumped thermal energy storage technology in both pure electric and cogenerative applications (opens in new window)

Author(s): Marco Astolfi, Dario Alfani, Andrea Giostri
Published in: 7th International Seminar on ORC Power Systems, 2024, Page(s) 10, ISBN 978-84-472-2745-7
Publisher: University of Seville's Editorial office
DOI: 10.12795/9788447227457_33

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