IEA EBC – Annex 83 – Positive Energy Districts

According to the European Commission, 100 PEDs are to be created in Europe by 2025. In order to realize these districts, energy efficiency of the buildings must be improved. Moreover, local energy flows must be cascaded by using waste energy, and low-CO2 energy generation technologies must be used to cover the remaining energy demand. PEDs […]

Build Re Use – 100 percent re-use and recycling with regard to short service-life buildings

Primary resources for construction are limited. Thus, their re-use is necessary and worthwhile. Re-using building components not only protects ecosystems from mining and waste disposal but also reduces dependence on raw materials. Currently, re-use of components like beams, windows and suspended ceilings does practically not occur, even though it is technically feasible.For some buildings, short […]

Exploration Reallabor Weiz plus – Reallabor climate neutral region Weiz plus

In this exploratory study, the relevant questions for the potential establishment of a real laboratory in the Weizplus region, which aims to supply the region 100% with renewable energies by 2030, are to be clarified with the involvement of the regional innovation ecosystem. The content-related technological focus of the activities of the future real laboratory […]

Hybrid LSC – Management of trans sectoral energy carriers for local sustainable communities

The Hybrid LSC project will analyze how EnCos can be motivated for collective actions beyond sharing (electric) energy and how Energy Community Operating Models can be developed for sustainable EnCos depending on the region (urban, rural), energy and resources network (e.g. water infrastructure) potential. The novelty of this project is to demonstrate the use of […]

FlexModul – Demonstration of a Modular Solid Sorption Heat Storage System

Due to their considerable flexibility and balancing potential, heat storage systems will in future play an important role in the integration of renewable energy sources and waste heat. Thermo-chemical storage systems based on solid sorption have the potential to achieve three to four times higher energy densities in comparison with water storage systems. They are […]