This article reports the energetic analysis of a natural gas fuelled micro-cogenerationsystem for applications in residential and small commercial (MCHP) sector combinedwith an electric heat pump (EHP) obtained by experimental tests made in a simulationstation appositely equipped.After reported a brief description of the experimental simulation plant used to valueMCHP/EHP system performances and the components main characteristics, there arefound the advantages of this solution and, finally, is discussed energetic analysis made onthe performances of the system as a whole and on the main components.Particularly there have been simulated two functioning modes in stationaryMCHP/EHP system conditions: the first one is able to simulate a winter functioning withco-production of electric and thermal energy, the second one a summer functioning withco-production of electric, thermal and cooling energy (trigeneration).

On site analysis of a gas driver microcogenerator incorporating heat pump

Possidente Raffaello;
2004-01-01

Abstract

This article reports the energetic analysis of a natural gas fuelled micro-cogenerationsystem for applications in residential and small commercial (MCHP) sector combinedwith an electric heat pump (EHP) obtained by experimental tests made in a simulationstation appositely equipped.After reported a brief description of the experimental simulation plant used to valueMCHP/EHP system performances and the components main characteristics, there arefound the advantages of this solution and, finally, is discussed energetic analysis made onthe performances of the system as a whole and on the main components.Particularly there have been simulated two functioning modes in stationaryMCHP/EHP system conditions: the first one is able to simulate a winter functioning withco-production of electric and thermal energy, the second one a summer functioning withco-production of electric, thermal and cooling energy (trigeneration).
2004
MCHP; trigeneration; EHP
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11584/427185
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