Sensitivities in Hybrid Energy Systems.

The increased use of distributed energy generation and storage systems for electrical, heat and cooling systems in households, industry and the Low- (LV) and Medium-Voltage (MV) networks makes an intelligent coupling of the electrical and thermals systems into a so-called hybrid energy system meaningful and necessary. In addition to the economic and ecological aspects, this coupling can be used to increase comfort and to reduce dependencies on fossil fuels and fluctuating energy price. The aim of the presented work is to investigate the effects of various influences on the economically optimal operation of a hybrid energy system (e.g. single-family house) and thus to show the interdependencies and drivers of the hybrid energy system, whereby these are graphically displayed for easier interpretation. [ABSTRACT FROM AUTHOR]