Sprache

Amelia Heid

SPF Institute for Solar TechnologyWissenschaftliche Mitarbeiterin SPF

+41 58 257 18 99amelia.heid@ost.ch

PeaknCool4District – Renewable Peak Load and Cooling for District Heating NetworksPeaknCool4District – Renewable Peak Load and Cooling for

Project

The expansion of district heating faces major challenges: Replacing fossil fuels to meet peak loads, limited network capacities, and the increasing demand for cooling. The research project PeaknCool4District at OST (Eastern Switzerland University of Applied Sciences) is developing a solution for these three problems. ...
The expansion of district heating faces major challenges: Replacing fossil fuels to meet peak loads, limited network capacities, and the increasing demand for cooling. The research project PeaknCool4District at OST (Eastern Switzerland University of Applied Sciences) is developing a solution for these three problems. ...

RegEWS - Feasibility study on reducing the space requirements of large geothermal probe fields for thermal networksRegEWS - Feasibility study on reducing the space

Project

The RegEWS project demonstrates how large geothermal probe fields for thermal networks can be designed to be significantly more compact through targeted summer regeneration.
The RegEWS project demonstrates how large geothermal probe fields for thermal networks can be designed to be significantly more compact through targeted summer regeneration.

SwissSTES – Swiss Seasonal Thermal Energy Storage

Project

Substituting fossil fuels with renewable energies will not be feasible without a notable expansion of seasonal energy storage. Seasonal thermal energy storages (STES) are expected to contribute significantly to this goal. The project SwissSTES systematically analyses STES potentials such as available and unused cavities, geothermal probe or pit… ...
Substituting fossil fuels with renewable energies will not be feasible without a notable expansion of seasonal energy storage. Seasonal thermal energy storages (STES) are expected to contribute significantly to this goal. The project SwissSTES systematically analyses STES potentials such as available and unused cavities, geothermal...