Project Image Pool
There are 11 results.
Terms of use: The pictures on this site originate from the projects in the frame of the programmes City of Tomorrow, Building of Tomorrow and the IEA Research Cooperation. They may be used credited for non-commercial purposes under the Creative Commons License Attribution-NonCommercial (CC BY-NC).
Stakeholder overview for decentralized building mass storage
Overview graphic of all stakeholders relevant for the active use of decentralized building masses as flexible energy storage.
Copyright: https_doi.org_10.1186_s42162-026-00673-2_CCL
CEPA Panel application
CEPA® System Demonstrator on the crane with visible thermal layer during mounting on the existing wall. Source: Climate and Energy Fund, Krobath
Copyright: Klima- und Energiefonds, Krobath
Temperature profiles in different materials
Comparison of simulated temperature profiles in TABS elements for varying materials with con-crete (left), and spruce and beech timber (middle to right) as specimens. To reach the same surface temperatures and therefore heating and/or cooling powers, significantly higher flow tem-peratures within the timber elements is necessary due to the much lower heat conductivity.
Copyright: FH Salzburg https_doi.org_10.1016_j.energy.2021.121138_CCL
Sandwich Panel
Prefabricated CEILTEC Flat slab with sandwich cross-section, separate upper and lower slabs with a cavity on the construction side during implementation
Copyright: Innogration GmbH
TCM Storage System Prototype in Container for integration in a single familiy house
The picture is showing a TCM storage system with 3 moduels in combination with a heat pump system and 2 m³ buffer storage installed in a container as complete storage system. The container is shipped to a single familiy housein Warsaw and installed next to the house to store surplus of solar thermal energy from summer and provide space heating in winter
Copyright: AEE INTEC
Overview Task 58 for Material and Component Development for Compact Thermal Storage Systems
The figur shows the overview and contents of the IEA SHC Task 58 for material and component development for compact heat storage. The task is divided into 4 subtasks dealing with the definition of boundary conditions, development of TCM and PCM materials, test methods and component design of compact heat storage systems.
Copyright: AEE INTEC
The 4 large thermal energy storage technologies of IEA ES Task 39
Schematic presentation of the 4 large thermal energy storage technologies that are included in the IEA ES Task 39: Tank thermal energy storage (TTES), pit thermal energy storage (PTES), borehole thermal energy storage (BTES) and aquifer thermal energy storage (ATES).
Copyright: Solites
IEA ES Task 39 experts at the Meldorf PTES under construction
The IEA ES Task 39 expert group in from of the pit thermal energy storage of Meldorf (DE) under construction.
Copyright: IEA ES Task39
Power to Heat
Example of a high-temperature heat storage in a food industry. Excess electricity is stored as heat and used in the production process at a later time.
Copyright: IEA ES TCP Task 35
Pit thermal energy storage in Dronninglund (DK)
The pit thermal energy storage of 60,000 m3 in Dronninglund, Denmark, stores heat coming from a solar thermal field and a heat pump.
Copyright: Fjernwärme Dronninglund
Pit thermal energy storage in Aalborg
Interior of the 54.000 m3 tank thermal energy storage during the construction. It is one of four TTES serving as buffer storage for the power plant of Aalborg Forsyning in Denmark.
