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Thermo-economic analysis and multi-objective optimization of micro-CHP Stirling system for different climates of Iran

机译:伊朗不同气候的微型热电联产斯特林系统的热经济分析和多目标优化

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Micro-CHP systems are designed to reduce energy consumption in the present era. In this study, micro-CHP systems with a solar-powered Stirling engine are designed for use in similar buildings in three different climates of Iran. These solar systems are highly dependent on weather conditions in different cities. Modeling and optimizing to reduce costs, the economic dimension of the system, increasing energy storage and reducing the amount of emissions, especially CO2, have been achieved and acceptable results have been obtained.
机译:微型热电联产系统旨在减少当今时代的能耗。在这项研究中,带有太阳能斯特林发动机的微型热电联产系统设计用于伊朗三种不同气候下的类似建筑物。这些太阳能系统高度依赖于不同城市的天气状况。为降低成本而进行的建模和优化,系统的经济规模,增加的能量存储和减少的排放量(尤其是二氧化碳)已经实现,并获得了可接受的结果。

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