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With the rising importance of resilience in today’s energy discussions, this paper uses a quantitative method to evaluate the resilience of energy supply systems. For this purpose, a suitable assessment method is introduced and applied to a heat supply system of a one family dwelling to which disturbances are induced. It can be shown that both room temperature and delivered heat flow can be used to calculate and evaluate a resilience index using the system answer’s maximum deviation, recovery time and performance loss. While the first reflects the actual service offering, the second approach assesses the system’s reaction and balancing effort.

Using Modelica to Assess the Resilience of a Heat Supply System