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Distributed Generation can give a relevant contribution to the reduction of the primary energy needs and consequently of the green-house gases emissions. Moreover, it can stimulate the diffusion of renewable energy exploitation technologies through integration. This is widely relevant for the household sector, where energy is required in several forms: electric, heating, cooling. In this paper an...
The paper proposes a model for the optimization of distributed energy production systems. The systems are based on an Internal Combustion Engine for trigeneration, solar plants and thermal and electric energy storage.
Distributed Generation based on CCHP systems offer the possibility to integrate several energy conversion technologies exploiting RES. However, integration increases the degrees of freedom number of the decisional variables for the minimization of both costs and GHG emissions. In this paper a multi-variable and multi-objective optimization model has been proposed and applied to the household sector...
In the last years the household sector has become the main energy consumer. Among the actions for a more rational and more sustainable primary energy exploitation, cogeneration and trigeneration, eventually integrated with technologies based on renewable energy sources, are assuming a great role in the sector. The optimization of the system components and the overall plant reflects the choice of costs...
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