Finished projects

The project entitled "Sustainable Production of Hydrogen" is a research semester funded by the EKSH with a duration of 6 months.

Shipping usually only plays a subordinate role in the context of an energy system transformation, as can be seen in the current German energy transition.

The STRATEGO project aimed to support national authorities to draft National Heating and Cooling Plans (NHCP), alongside with developing the capacities at the local level to put these plans into pr

In a research collaboration with ESB Heat we developed the Irish Heat Atlas to prepare a geographical representation of the heating sector of Ireland.

The UAM-InnoRegion-SH project is dedicated to the development of an Unmanned Air Mobility Innovation Center as well as the use and development of unmanned flight systems and drive technologies in t

Im Rahmen dieses Projektes erfolgt eine Erweiterung des an der Hochschule Flensburg eingerichteten Mittelspannungs-Stromrichterprüffeldes.

For a supplier of steam turbines a special shaft concept is analyzed, which is supposed to be superior to conventional concepts for partial load operation.

The system integration and coupling of the various renewable energy sources, including their storage and transport, is a decisive challenge for the success of the energy transition.

The investment project "Test Laboratory Sector Coupling" serves to build and operate a pilot-scale plant that, by coupling hydrogen and biogas production, represents an integrated system for the ef

In the course of the energy transition and the associated expansion of renewable energies, new tasks are also imminent in the area of heat supply.

As a response to the European Commission’s 2050 decarbonization goals, sEEnergies uniquely considers all aspects of the Energy Efficiency (EE) First Principle.

Das Projekt „Wärmeplan.SH" zielt auf eine regionale Weiterentwicklung des „Pan-European Thermal Atlas" (Peta), welcher im viel zitierten „Stratego-Projekt" der EU wichtige Erkenntnisse für den Wärm

Mit Energieszenarien werden die Rahmenbedingungen der Energieversorgung beschrieben. Ihr Gegenstand ist das Energiesystem, dessen Komplexität mit Modellen möglichst gut erfasst werden soll.

Im Projekt carpeDIEM liegt der Fokus auf der Erforschung und Entwicklung einer Technologie zur effizienten Steuerung von Energieflüssen in Gebäudekomplexen und Gebäudegruppen aus lokalen regenerati

Open Science is an important prerequisite for energy system analysis in order to be able to understand the quality of statements that are intended to inform policy and society.