Small-scale co-generation for building applications - Nergy demand analysis at demonstration site and optimal sizing of the chp plant

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Abstract

Aspects of using the small-scale combined heat and power modules in buildings is presented in this paper. At first the problems of energy demand analysis, which is the key point of a co-generation plant sizing procedure, are discused. Then the demonstration project of a small-scale co-generation plant is presented. The plant is fuelled with natural gas, and it supplies energy to a group of three different buildings. Basing on this case, the problems of optimal sizing of a small-scale CHP plant for a building energy supply system are presented and discussed. Calculation procedures are shown together with the results of sample analysis. The factors influencing the final configuration of the system are indicated.

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Kalina, J., & Skorek, J. (2006). Small-scale co-generation for building applications - Nergy demand analysis at demonstration site and optimal sizing of the chp plant. Journal of Civil Engineering and Management, 12(1), 5–13. https://doi.org/10.3846/13923730.2006.9636366

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