Downloads
Here you will find the public results and downloads from the HEATSTORE project, including deliverables and other output.
Deliverables
Underground Thermal Energy Storage (UTES) – state-of-the-art, example cases and lessons learned
D1.1
State of the art HT-ATES in the Netherlands
D1.1 - Appendix I
Design considerations for high temperatures storage in Dutch Aquifers
D1.1 - Appendix II
Underground Thermal Energy Storage (UTES) – general specifications and design
D1.2
Screening of the national potential for UTES
D1.3
Synthesis of demonstrators and case studies - Best practice guidelines for UTES development
D1.4, D4.2, D4.3
Final report on tools and workflows for simulating subsurface dynamics of different types of High Temperature Underground Thermal Energy Storage
D2.1
Interim report on UTES-type/site-specific simulators based on academic/research codes
D2.2
Benchmarking and improving models of subsurface heat storage dynamics
D2.3
Comparison of Danish PTES and BTES installation measurements with their corresponding TRNSYS models
TR2.3
UTES and its integration in the heating system - Defining optimal design and operational strategies for the demonstration cases
D3.3
Incorporation of a new generation smart energy management algorithm (HeatMatcher) in CHESS
D3.6
Feasibility assessment & design for demonstration projects – learnings of an international workshop
D4.1
Monitoring plans: demonstration projects and case studies
D5.1
Monitoring data availability of the UTES demonstration projects and case studies, status 2021
D5.2, Part 1
Effects of HT-ATES on the subsurface - the NIOO case study
D5.2, Part 2
Monitoring results for the Geneva HT-ATES case-study
D5.2, Part 3
Model validation for subsurface dynamics
D5.3
Validation report of system integration modelling
D5.4
Uncertainty Management in Underground Thermal Energy Storage Development and Operation
D5.5
Regulatory and policy boundary conditions for UTES
D6.2
Evaluation of new business models for flexible energy systems with UTES in Europe
D6.3
Roadmap for flexible energy systems with underground thermal energy storage towards 2050
D6.4
Public acceptance of UTES and geothermal projects – best practice learnings
D6.5.2
Record of dissemination activities: reports, papers, conference contributions and media articles
D6.5.3
Environmental effects of UTES technologies in Europe
D6.6
Reports
HEATSTORE risk assessment approach for HT-ATES applied to demonstration case Middenmeer, The Netherlands
Workflow to evaluate the risk of mineral scaling in a HT-ATES system and application to a potential site in Middenmeer, The Netherlands
Evaluation of the potential for geological heat storage (UTES) - Esbjerg area
Evaluation of the potential for geological heat storage (UTES) - Odense area
Evaluation of the potential for geological heat storage (UTES) - Guldborgsund area
Evaluation of the potential for geological heat storage (UTES) - Ringkøbing-Videbæk area
Evaluation of the potential for geological heat storage (UTES) - Aarhus area
Milestones
HEATSTORE Webinar Series
September-October 2021
Challenges in Underground Thermal Energy Storage (UTES)
7 September 2021 - Holger Cremer, TNO
Advances in subsurface characterization and simulation
14 September 2021 - Thomas Driesner, ETH Zurich
Integration of subsurface and energy system data for HT-ATES modelling in Geneva
14 September 2021 - Luca Guglielmetti and Alexandros Daniilidis, UNIGE
Modelling and managing district heating systems in Denmark
21 September 2021 - Per Alex Sørensen, PlanEnergi
Smart control of a district heating network in Belgium
21 September 2021 - Koen Allaerts, VITO
System integration and optimization of underground storage systems in the Netherlands
21 September 2021 - Martijn Clarijs and Ryvo Octaviano, TNO
The MTES project in Bochum, Germany
28 September 2021 - Florian Hahn, Fraunhofer IEG
Green energy from abandoned mines - status quo and project results of VODAMIN II and GeoMAP
28 September 2021 - Lukas Oppelt, TU Bergakademie Freiberg
Why ECW is applying a HT-ATES?
5 October 2021 - Wim Bos, ECW Energy
The Dutch HT ATES project: hydrogeological & legal challenges with developing a full scale HT ATES system
5 October 2021 - Peter Oerlemans, IF Technology
The Dutch HT ATES project: design & realisation challenges with developing a full scale HT ATES system
5 October 2021 - Nico Franco Pinto, IF Technology
Roadmap for UTES
12 October 2021 - Joris Koornneef, TNO
The current role of energy storage in the EU
12 October 2021 - Jacopo Tosoni, EASE
Energy storage in the EU - Steps forward
12 October 2021 - Gonzalo Fernández Costa, European Commission - DG Ener
Danish HEATSTORE Theme Day (2020)
October 2020
Program
Presentation of the HEATSTORE project
GEUS
Survey of interests and review of geological conditions in selected areas
GEUS
Presentation of the PTES project
Høje Taastrup Fjernvarme
Presentation of the new insulation material 30HT86L
Termonova
New developed solutions
SOLMAX
Roles in HEATSTORE & Monitoring results for 2019‐2020 for Marstal, Dronninglund and Gram
PlanEnergi
Maintenance experiences from 2019‐2020
Dronninglund
Maintenance experiences from 2019‐2020
Gram
Experience from Toftlund
Ramboll
New cover solution implemented in Marstal
Aalborg CSP
Result of Thermography from the new cover solution in Marstal
DTU
Danish HEATSTORE Theme Day (2021)
October 2021
Program
Welcome and presentation of the HEATSTORE project
GEUS
Webtool for screening of heat storage potential and HEATSTORE GIS maps
GEUS
European Roadmap for flexible energy systems with UTES towards 2050
GEUS
Roles in HEATSTORE ‐ Monitoring results 2020‐21 for Marstal, Dronninglund and Gram
PlanEnergi
Thermal drone imaging of lid in Marstal
DTU
Presentation of the new lid in Dronninglund
Aalborg CSP
Dronninglund: Maintenance experiences from 2020‐2021
Dronninglund
Gram: Maintenance experiences from 2020‐2021
Gram
Toftlund: Maintenance experiences from 2020‐2021
Ramboll
Status for implementation
Høje Taastrup Fjernvarme
Status for a new PTES project
Fjernvarme FYN
