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The contribution of PV and thermal solar plants in CCHP systems for the reduction of costs and GHG emissions in the residential sector

机译:光伏和热能太阳能发电厂在CCHP系统中为降低住宅领域的成本和减少温室气体排放做出的贡献

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摘要

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. The model considers a system composed of a CCHP plant, based on an internal combustion engine, an absorption heat pump, and photovoltaic and thermal solar collectors, integrated through a thermal energy storage plenum.
机译:基于CCHP系统的分布式发电为整合多种利用RES的能源转换技术提供了可能性。但是,为了增加成本和减少温室气体排放,积分增加了决策变量的自由度数。本文提出了一种多变量,多目标的优化模型,并将其应用于家庭部门。该模型考虑了一个系统,该系统由CCHP工厂组成,该工厂基于内燃机,吸收式热泵以及通过热能存储气室集成的光伏和热太阳能收集器。

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