During their most recent meeting in Sweden in October the district heating experts from the IEA SHC Programme discussed the impact of integrating heat pumps into solar district heating systems […]Read More
The Compact Thermal Energy Storage group within the IEA Solar Heating and Cooling programme investigates new materials for storing heat and develops standard procedures to test their stability, heat capacity […]Read More
Large solar thermal systems need large heat storage capabilities. Especially if the solar heat is to contribute significantly more than 25 % to a district heating network. Pit thermal energy […]Read More
The term “climate neutral” is omnipresent today. But there is no generally accepted official definition of climate neutrality. Instead there are three definitions that have different impacts on the assessment […]Read More
Dr Lucio Mesquita from Natural Resources Canada will chair the IEA Solar Heating and Cooling Programme (IEA SHC) for the next two years. He was elected during an Executive Committee […]Read More
Stability is a key issue when evaluating new phase-change materials (PCMs) or thermochemical materials (TCMs) for thermal energy storage. A loss of stability may reduce the storage capacity and/or the […]Read More
By 2030, solar heat is expected to reach 140 GW of installed capacity in Europe – tripling the 36 GW in operation at the end of 2021. At the end […]Read More
The session Emerging Heat and Cold Storages during the ISEC conference in April in Austria was a deep dive into thermochemical heat storage. Two speakers from the German research project […]Read More
A new roadmap called SolTherm2050 shows how much of a role solar heat combined with thermal storage could play in Switzerland in 2050. Using the Swiss EnergyScope tool, the developers […]Read More
In a parabolic trough collector demo plant run by the German Aerospace Center (DLR) in Évora, Portugal, molten salt is used as a heat-transfer fluid instead of thermal oil. The […]Read More