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A few numerical models of micro-cogeneration units have been implemented into Building Energy Simulation (BES) tools, especially within the framework of IEA ECBCS Annex 42 (Beausoleil-Morrison, 2008). However most of these models need a comprehensive set of parameters obtained from calibration with a large amount of experimental data. Moreover, models, parameters and experimental data may vary between different microcogeneration technologies. This paper presents a novel generic model of micro-cogeneration unit for BES purpose adapted to multiple technologies. The proposed correlation model includes descriptions of nominal and off-design stationary operation. It illustrates the construction of a set of parameters for this model based on data gathered from literature review, manufacturers datasheets and experimental works conducted by the authors. This dataset covers up-to-date market available units for five micro-cogeneration technologies over a wide range of power capacity.

A Generic Micro-Cogeneration Model Adapted To Various Technologies For Building Energy Simulation Purpose